Learning system

Research novels and poetry, drama shows in Japan and the others global literary works,including Japan's own literature such as ancient writing, poetry, haiku, screenplay,comic,the intent of heart movement for author created characters through reading to "work study" .Also analysis study by capture the literary cultural phenomenon, such as social background and history of the era, which was written in those work. As the approach method, need to research author, research of specific regional and age. The research area is wide and variety factors, such as vocabulary, grammar, language study or so-called [human study]. Not only literature, as well as linguistics, folklore, philosophy, history, psychology, sociology, art science is also vital.

Due to high versatility of the knowledge in Arts, employment is not only remain to the University professional counterparts. Same to other faculty, employment in mass media and publishing relationship is popular. In addition, it is also an advantage to ulitilize foreign culture knowledge in many place like travel company.

By learning in both historal and geography can lead to explore human activities of a particular age or region. This is an academic research to develope a livable urban development and social structure for human society in the future.
In the historal class, based on the past changes and events/things of historical records, describes the plight of the past human society, learn and make advantage of our ancestors' wisdom in the present and future. It generally divided into three areas which are "Japanese history", "Oriental History", "Western history", along with division like political history, cultural history and religious history. However currently not only focus in individual country but relationship between region or country, including politics and culture from all angle. Since the analysis of historical materials is essential, language skills in that target area is also required.

As similiar with other liberal arts undergraduate, employment in the mass media and publishing is popular. In addition, by learning the social structure and geographical features, it leads advantage travel companies and surveying company employment.

In short, cultural studies is widely include language, thinking, religion, life, history, art, media. The approach is to obtain comprehensive prompting in human made culture from various angles and flexible thinking in this area. In this department includes local culture system mainly research on certain countries and regions and cultures circle, also comparative culture system in comparing the different region and culture. Due to recent uprising cross-cultural understanding and language skills corresponding to glabalization, variety of curriculum has been developed such as international cultural system to cultivate the communication skills in among universities.

As the academic system of research extends to various areas, there will be more choices after graduation. Many entrerpise expect graduater to come with a wide field of view and flexible thinking. Compared to other academic, the employment in the media and publishing is always outstanding , but there is also people who exert merchandising and service industry. Some might futher study to master class.

The common topic to this academic system, is always "What is a human being," "What is their presence", which is unchanged since ancient time. Through "Questioning" we learn the resolution of problems between human and earth, religious conflict, or "the beginning" and "end" of human beings, reproduction and brain death, based on philosophical field in variety of scene in the future.  

Philosophy is, to study the issues related to human existence and thinking. Western philosophy, Eastern philosophy (Indian philosophy, Chinese philosophy), etc, is classified in each region. The first and second year is learning basic knowledge such as philosophy introduction and history of philosophy, while third year starting to look into the original book, seminar style disccusion and address to higher specialized theme. In addition, digest capability and language skill is require when studying many original books during class. Such as English , German, Greek, Latin, as well as classical languages ​​like Sanskrit.

Religion is always connect wih philosophy deeply. Study of religion in all aspect including Buddhism, Christianity, Islam by research and of individual religion.

As deep and well characteristics in the study area, there is limited occupation to take advantage of their professional knowledge. On the other hand, not only on the extension of the learned academic system, there are many graduates who are active in a wide range of fields. For example, media and publishing relationship, financial, trading, distribution, manufacturing,service industry. Same as other departments, many people further study in specialized research.

This is majority study and academic system research only in Japan Law. Generally , this is not to learn the Law of China . Japanese law is summarized in the law book - Statute Books , hence to become a specialist in the law , it is necessary to pass the national judicial examination .
In the course of law research coverage is wide and flexible solution on cases base in different era  is needed.
The Law department always aims  to produce not only specialist lawyers with wide range of knowledge , but also foster generalists active in a wide general public .
The courses are built on learning of basic law , and studies about the legal interpretation and the applicable law . The basic law includes legal philosophy , legal sociology and legal history , and also learn about international law and economic law at the center of basic famous six law codes (the Constitution , criminal law , civil and commercial law , the Code of Civil Procedure , Code of Criminal Procedure ) .

2.3 year student will conduct specialize research in their own major. Surrounding the judicial system and six law codes , student will also study the relationship between corporate activities and law , the international community and law , as well as international system and economic law system .

As there is always new legal problems occur, and through internationalization , has changed lawyer's playing field. Since course is wide-ranging cover, minority people goes to the legal community and government , comparing to other industry like financial , trading companies , manufacturers , mass media , graduate school. There is also people involved legal work in internationalization companies . In recent years , the positioning of the Faculty of Law has been re-congnize due to new Law School established, it has become a specialized place of talents that can be active in legal community and corporate legal affairs . This has to make importance step to such as a place to train experts on law practice .

Political science , is a study that aims to build our mechanism for a better life by adjust the various conflicts and interests of society. Political thought and political philosophy is the center theory field to analyze the various political phenomenon and research such in government and regional and policy , local autonomy , and even international politics dealing problem of inter-national and inter-regional , like conflicts and trade friction .

 In Policy science , student will need to think of all the problems and challenges on modern society from diverse perspectives and also study to design and analyze the policies to resolve .

This mainly covers -
" public policy " , the policy of the Japanese government and local governments
" regional policy " , the policy on space development regional revitalization and urban
" environmental policy " , the policy on global warming and resource and energy issues .

There is also comprehensive policy studies , which learning variety of issues that goes beyond boundaries of academic and international , economic , and information to the solution .

Majority people work in news agencies and newspapers for those study political science , comparing to mass media related . In general companies , job can be found in finance , insurance , manufacturing industries . In private firm , people does have advantage based on knowledge studied in lectures and seminars (like international politics and global economy ) , some people are active in the international department within company . In addition , many people aim to have employment in institutions that attempt to resolve international problems , for example public organization like NGO and NPO .

In Sociology , all events and phenomena that are happening in society is a subject for research . These areas including family , city , media , environment , culture and education , always to stand from different point of view as well as approach method . Sociology is also highly interdisciplinary to cover a wide range  of disciplines study .

During the 1,2 year , student is to narrow down the direction of research while learning theory and research method of basic subjects . Similiar to others universities , student in year 3 is require to decide the graduate subject in each seminar and courses to continue or advance the research .

While doing sociology research , there will be social research practice (field work ). Interviews and questionnaire survey , carry out the collection of literature on the subject , research and analysis of the underlying hypothesis . It is also required to have a statistical skill to analysis data obtained from the survey .

Based on student go through experience on various research , there are many choices of employment after graduation such like mass media and marketing relationship , consulting relationship . There is also people involved in the solution to social problems and become civil servants . There is also people engage in the product development and sales strategy , chose career in manufacturing and retail industries . In recent years , there is increasing number of people that aspire to become researchers after graduate school .

When people mention about welfare , will easily imagine about work to help people in direct for long-term care , but this is not the full picture . Welfare as a social system made on the basis of laws and systems/policies . Therefore , not only from technical aspects  but to learn a wide range of knowledge includes policy and theory in the background. In the university , student will learn subjects for theoretical research , social welfare principles , Social Welfare Law , the system and mechanism , and public assistance theory . Also learn about examining the significance and mechanism , operation of life protection which offered about the origins of social welfare . For technical surface , studies on social work and counseling practice are offered to master the methods and techniques of assistance services , such as nursing care practice .

By obtaining a predetermined unit , people whom obtain the social worker qualifications and care worker qualification , can play an active role in social welfare facilities and medical-related facilities . BY becomeing a welfare living environment coordinator, there is also cases  to deal in barrier-free and universal design from the view of welfare . Recently , as high aging is expanding on market , many people join in general company actively.

International Relations is a study to explore on " What should we do for international peace-keeping " . Courses is to learn and flexibly responding with various points of view on  international issues intertwined complex , and to develop people who can create a precise solution. The feature of the academic system is to approach politics , economy , from every angle like society and culture, relationship between the countries and regions with each other in the world . In addition , those international organizations and coalition such like NGO , United Nations , EU , will be subjected in the study .

For faculty of Economics /Law/ Foreign language sections , majority is to study from international perspective , hwever for the Department of International Relations is more interdisciplinary into one academic course in terms of being able to research from the free point of view , flexibility that cannot be find in other undergraduate course.

By using the advantage of the language skills and international sense , most people involved in the business in diplomacy and international organizations . However to become staff and international civil servant of the Ministry of Foreign Affairs , will need to breakthrough the challenging test .

In addition , some people are active after obtaining the qualification , such as interpreters guidance officer and travel business handling administrator , become tour conductor and interpreter tourist guide , as hotel staff . In recent years , there is increasing people that wants to contribute to the international cooperation and policy recommendations in organization like NGO and private field .

The common topic to this academic system, is always "What is a human being," "What is their presence", which is unchanged since ancient time. Through "Questioning" we learn the resolution of problems between human and earth, religious conflict, or "the beginning" and "end" of human beings, reproduction and brain death, based on philosophical field in variety of scene in the future.  

Philosophy is, to study the issues related to human existence and thinking. Western philosophy, Eastern philosophy (Indian philosophy, Chinese philosophy), etc, is classified in each region. The first and second year is learning basic knowledge such as philosophy introduction and history of philosophy, while third year starting to look into the original book, seminar style disccusion and address to higher specialized theme. In addition, digest capability and language skill is require when studying many original books during class. Such as English , German, Greek, Latin, as well as classical languages ​​like Sanskrit.

Religion is always connect wih philosophy deeply. Study of religion in all aspect including Buddhism, Christianity, Islam by research and of individual religion.

As deep and well characteristics in the study area, there is limited occupation to take advantage of their professional knowledge. On the other hand, not only on the extension of the learned academic system, there are many graduates who are active in a wide range of fields. For example, media and publishing relationship, financial, trading, distribution, manufacturing,service industry. Same as other departments, many people further study in specialized research.

Ther are many people who think psychological testing and counseling is equally psychology, however this is only one of research field of psychology called "clinical psychology". In psychology study, it include cognitive psychology, developmental psychology, social psychology, criminal psychology, wide and variety in psychology ares. One of the features of psychology science is empirical research and experiment method. Along with the learning basics like psychology introduction to first/second year at the university, will be conduct experiments and practical training of various types of survey method and inspection method, to learn its origins, significance, implementation problems. In addition, analysis on obtained data via computer, also training for the statistics in strong mathematical and statistical elements. From the third year will actual survey and various experiments, deeper expertise.

Psychology and behavioral science is the study of human beings, and due to  its wide connection with all areas, it can be utilize in wide area. If you aim for the clinical psychologist qualification, it is necessarily to advance study to master course in specific university after graduating from college, and take the qualification exam. After receiving the qualification, some people may become a counselor, but due to high competition this is an extremly narrow field. In recent years, psychology industry and social psychology starting to recieve high attenton, expectations for human resources to be increase in the future.

Education department can be divided into two big divisions , [Pedagogy] and [Teacher training program]. Pedagogy, is an academic course to research [Education], which is not the main purpose to become a teacher, but to learn nature and purpose of education. Pedagogy is to pursue the way of education from a larger point of view such as the relationship between human formation and education, school education , administration education and social education. In addition, it is also studying deeper about human inner such as human psychology and behavior .

Teacher training has 2 major study , the first course [Teacher training program] which is mandatory to obtain a teacher license in order to meet the graduation requirement. The second is [Integrated science curriculum] which is not mandatory to obtain teacher license but aim to nurture talent for a wide range of knowledge. Please be noted that Teacher training program is mainly for the purpose of becoming Japanese school teachers instead of teaching in China .

The learning curriculum was built to circulate all the necessary subjects needed to obtain teacher license. The first/second year is to learn liberal education courses and basic education courses . Upon third year is devoted to master the advance skills and knowledge , such as teaching methods and child development process of each subject . It can be considered as a climax period because teaching practice will be carried out in parallel between these years . In [Integrated science curriculum] there are major courses includes information, global , human science , environment , art and sport and interdisciplinary studies have been deployed. Like many universities use to lifelong education , it is not only for school education purpose but may become leaders in a wide range of situations .

Career can be found in general companies regardless industry . Among them , we often see people active in the companies and departments related to lifelong learning and education support . Moreover , there is also people working in the mass media and services industries . Of course there is also people decide to advance study and advance qualification , such as clinical psychologists , welfare and medical institutions , which may eventually lead to a career path to health institution. However, advanced Japanese language ability is necessary to have better communication in any field.

A scientific way to study infant and child growth and development from multiple angles.

There is five major courses to research and understand the children environment surrounding.

" child psychology , developmental psychology , "
" Children's education , early childhood education , child care Studies "
" Child Welfare "
" Children's Health Sciences "
" Children's Cultural Studies and Child Environmental Studies "

In the first and second year , student will learn the basics of the major areas and continue major in accordance with the department in the following third and fourth year. These courses is commonly see in  ladies's universities and colleges . There will be actual training in kindergartens and nursery schools to interact with children , and incorporated into the curriculum exercises such as music and modeling activities .

Due to low birth rate trend, any profession that relates directly to children has become a difficult. Luckily , there are also jobs in education field, like children's book publisher, also company related to theme parks and children. In addition, some may aim to continue research in children's science in advance studies, or to become clinical psychologists .

Also called fine art. Shapes and movements derived from light, master the nature of objects, learn the basic expression methods of figures, plaster figures, and landscapes in sketches, and learn how to integrate your feelings and feelings into "works". Learn the history of art and the theory of past works.

Painter, printmaker, creator, art director, art management, advertising, art teacher, curator

Also called fine art. Shapes and movements derived from light, master the nature of objects, learn the basic expression methods of figures, plaster figures, and landscapes in sketches, and learn how to integrate your feelings and feelings into "works". You can learn how to use more materials in sculpting. Learn the history of art and the theory of past works.

Sculptor, creator, art director, art management, art teacher, curator

Learn the history of art through various past creations. Research by studying the contemporary background of the society at the time. Deepen your understanding of various technologies, techniques, art materials, etc.

Creator, Art Director, Art Management, Advertising, Art Teacher, Curator

Deepen your artistic literacy and learn how to express yourself. Learn various art knowledge such as modeling and color science in basic theory. Work hard to be an art and craft instructor or art museum curator. Can also be engaged in the teaching of art and other art-related knowledge.

Creator, Art Director, Art Management, Advertising, Art Teacher, Curator

Not only express the idea of the producer, but also pay more attention to its purpose, and learn how to create the design needed in life.
Study the technology, history, status quo, and characteristics of design, and learn deeply in each area. Image design is mainly based on quadratic elements and planes, and learns the composition and color composition of plane carriers such as advertisements and magazines, and learns about visual expression techniques.

Design firm, publisher, creator, art director, art management, advertising industry, art teacher, curator

Not only express the idea of the producer, but also pay more attention to its purpose, and learn how to create "works that make life more convenient." Study the technology, history, status quo, and characteristics of design, and learn in depth in each field.
Product design is a field focusing on three-dimensional works, making industrial products, articles, crafts and other articles with a clear purpose of use. In practice, plans are made through sketches and design drawings, and practical and artistic mergers are produced.

Design company, manufacturer, creator, art director, art management, advertising industry, art teacher

Not only express the idea of the producer, but also pay more attention to its purpose, and learn how to create the design needed in life.
Study the technology, history, status quo, and characteristics of design, and learn deeply in each area.
Fashion design is centered on clothing and accessories, understanding the nature and characteristics of materials, learning history and changes. Create through iterative sketching and design modification.

Clothing related, design company, manufacturer, creator, art director, art management, advertising industry, art teacher

From residential, interior decoration, gardens, parks to the whole city and related architectural and space related design. Furniture design and display design also belong to this field. In addition to basic design, CAD design, architectural design, and structural and material science.
There are two types of universities in Japan: industrial universities and fine arts universities.
Basic learning in both universities has something in common, but the interpretation of architecture is somewhat different.
In the case of the Department of Architecture of the Faculty of Engineering, under the premise of architecture, great attention is paid to the construction of structures, manufacturing methods, and equipment.
In the case of the architecture major of the art university, it will study why it is necessary to design the building, and pay attention to the starting point of the purpose of using the building and the perspective of the user.

Architect, interior coordinator, design company, manufacturer, creator, art director, art management, advertising industry

Not only express the idea of the producer, but also pay more attention to its purpose, and learn how to create the design needed in life.
Study the technology, history, status quo, and characteristics of design, and learn deeply in each area. Illustrations are mainly based on two-dimensional planes. They learn the composition, colors, and shapes of plane plans, as well as the visual expression of painting techniques, graphics, and painting.

Illustrator, design company, manufacturer, creator, art director, art management, advertising industry

Learn mainly about movies and filming. Utilizing digital technology that advances day by day, we will learn various shooting and staging expressions by combining sounds. In addition to the basics of art and design, you will learn the skills and knowledge of utilizing various digital devices.

Publisher, broadcaster, video production company, design company, manufacturer, creator, art director, art management, advertising industry

Learn how to use camera technology and knowledge. Not only digital photos, but also previous silver salt photo development techniques. Not only art photos, but also advertisements and photo reports, we strive to become professional photo photographers.

Photographer, publisher, advertising

CG design, game production, computer game production, etc., mainly use PC, combining the elements of various fields to learn the technology and knowledge. In recent years, the invention of new technologies has been realized through the combination of digital video and audio such as CG, and media art is attracting much attention.

Video production company, design company, manufacturer, creator, art director, art management, advertising industry

Learn animation and comic production techniques and production knowledge and techniques from practice. Learn the comprehensive skills needed to make an independent work from composition to scripting and story making.

Cartoonist, animator, design company, creator, art director, art management, advertising industry

Learn the theoretical and practical skills of music, performing arts, and dance. In addition, there are subjects related to management planning, stage performance and production related to planning and operation.

Director, theater director, art director

In the economics class , student is to learn a variety of economic theories , following to applicable situation.
Theoretical economics divided into macro economics - which analyzes the overall economic activity , and micro economic - which place the point of view on the behavior of individual economic entities , such as companies and households .

Based on these theories applied for economic , student needs to analyze the economic phenomenon of the various fields . Fiscal studies , economic policy theory , International economic wheel , public economic theory , urban economics and economic history to trace the flow of economic development , and international economic theory to analyze the country's economy etc .

Since this field is wide-ranging treated , economics always requires empirical analysis . Student will learn skill of analysis statistics base of various types of data . Similiar to other universities , excercises in the curriculum was conducted through computer simulations  as well .

Although the general companies of all industries could be in employment , there is especially popular with them for financial relationship such as banks , securities and insurance , trading companies , manufacturing industry . In recent years , there is increasing people which go on to advance studies and become researchers . There is people further study in accounting profession ,Graduate School of Management , School of Public Policy .

In the future , with such advanced skill , we can foreseen more and more people aiming to such consultants and management positions .

Business Administration is an academic study on those " organization " like company or a non-profit organization . It has become basis to elaborate the mechanism of the company theoretically, like companies which set up with such strategy in order to achieve the objectives (Strategy ) , like how to build the organization (organization theory ) .

Further courses like product development theory , human resources management theory , production management theory , student will learn the acquisition method of the system and the actual situation and useful information of each field .
Commerce Science is to analyze the economy in terms of product distribution and consumption . Distribution theory and trade theory , which become an area that requires in good commerce and marketing management . In addition , accounting course is studying on how to calculate overall financial status and profit from / by the company . In the management-Commerce system , which is a feature to reflect the practical science-oriented curriculum compared to the economic system . With business internationalization , universities has set " management English " as a compulsory subject . Numerous universities has committed to the language skills training  that will help in practical.

By study in management and commerce system , it does have wide choices and huge advantage for any field of general company . In recent years , we also see increasing number of people to become systems engineers and software developers , or to get a job in IT-related companies . Cases showing there is also people that obtained qualification aims on the path to become a certified public accountants and tax accountants .

Home Science builds its foundation on the human perspective to construct a comfortable living space, as the home is an important base for our daily lives. It is a study focusing on optimizing the comfort of an environment to allow the elderly, children, and everybody else live a safe and healthy life. Construction of a barrier-free housing and adjustment of a small area to reach maximum comfort are both design techniques within the study. The other subjects of home science also include home range, regional culture, interpersonal relationships, and urban environment.
Other than covering a variety of basic knowledge, the university also mentors students in great prominence regarding the importance of design, drawing, and other practical subjects. Depending on the curriculum and profession, students are committed to complete design drawing, material testing, practical surveying and other high-skill subjects. As such, home science is essential if you want to become an interior designer or home coordinator.

Most graduates will engage in the development and research of goods or become designers, construction management professionals within the residential sector. Besides, many of them will involve in the design of housing development, while some will focus on kitchens, bathrooms, and other interior decorations as housing equipment manufacturers, designers, or relevant work designations. Also, some graduates go into the housing administration sector as civil servants. Besides of pursuing further study of Home Economics, choices like Faculty of Construction, Faculty of Social Engineering and Faculty of Urban Engineering are also very suitable for postgraduate study.

Costume design is a broad study of subjects related to clothing. The range of research and study includes the designing and manufacturing of clothes, material development, and fashion culture.
Other than core costume design concepts like color and textile design, the costume design course at the university also includes fashion history and culture, market development, consumer behavior analysis and other social humanities. Aside from that, researching on fabric nature and its chemical structure are also among the required science disciplines.
In addition to the actual practice of costume design and production, there are many chemical experiments involved, such as stain washing, cloth bleaching and dyeing, fiber identification and manufacturing, dyeing process test and so on. Moreover, basic computing lessons like Fashion CAD are included because nowadays the technology helps improve design and production efficiency significantly. 

Costume Design Graduates have a huge range of career opportunities. They can use their professional knowledge and skills to become creative talents like fashion and garment designers. Also, they can engage in product planning management, quality control, experimental analysis, sales and procurement, marketing, lead purchasing, and other fields of work. For those who want to further their studies, there are universities with costume study faculties tagged with variety research subjects available.

Social Science is intended to improve the quality of both family and social life. In addition to professional home economics like clothing, food, housing, child care, etc., it has also recently evolved into the fields of psychology, sociology, social welfare, political science, economics, education, information science and multiple areas. Its wide range of learning has become a cross-disciplinary field of comprehensive study. Specifically, the study has become increasingly important to tackle growing issues like social problems, family problems, women’s issues and consumer issues from the perspectives of society, consumers, and others. The relevant issues include stress, class skipping, taking care of the elderly, small families, husband and wife with different surnames, and children’s human rights.
As days go by society changes; people always explore ways to survive in society. Hence, Social Science is a learning necessity, as its related fields of research are mainly the terms and conditions of human life.

Graduates can involve in a wide range of possible careers, which usually tie up to food companies, clothing sectors, and design firms. There are also graduates who choose to become consultants to help solve issues like welfare for the children and elderly, women involving in family and workplace, consumer concerns, and many others. Furthermore, students can utilize the knowledge of social science in a variety of service industries and play an important role, as such is the advantage of living science disciplines.

Food is the foundation of life and health. Commonly, food nutrition course concentrates on the comprehensive research and study on three main subjects: food, nutrition, and culinary. In the first year, students learn about theoretical knowledge of food science, nutrition, and culinary basics. The second year, they will begin to focus on professional subjects. Other than studying subjects like the characteristics of food ingredients, production and processing, storage security, and cooking methods, the students also need to study about lifestyle disease prevention, obesity, anemia, osteoporosis, other diet-related chronic diseases, health improvement and so on. Recently, the field of food science has begun to apply chemistry, physics, life science and other relevant research methods, to help dissect the chemical structures of food, nutrients and other molecular functions for subject analysis.
As a highlight feature, the 4-year university study for this course prominently concentrates more on practicality and experimentation. Among the time-consuming research studies are such as culinary skills, nutrition practices, and experiments on food hygiene. As a side note, many universities attach great importance to science due to a lot of relevant courses require chemical knowledge.        

The knowledge and qualifications that the Graduates hold open up a great career opportunities. Food nutritionists and managers are among important positions in public health centers, hospitals, schools, welfare institutions, food manufacturing research, commodity development and many other industries. Meanwhile, some of them will choose to further postgraduate study.

To solve all kinds of issues in the modern era, we should use a series of integrated and scientific research in an unconventional way, in order to find out the right approach to solve these problem.  Therefore " The Study of Human Science" came into the picture. Human being is the main object of the study of Human Science. Hence there are various types of research syllabus and methods, primarily based on phsychology, sociology, education/academic, and philosophy, cultural studies, biology and medical fields. Although the study of Human Science  is a overlapping subject that is associated with other studies, the researcher is required to put ownself into the society for adequate attention, to have a perceptual and well balanced knowledge structur as well as a rich and broad vision. Studying of Human Science in the university comprises of different learning contents and research methods, therefore the research direction/approach, the course and lecture contents will  not be the same. In normal circumstances, the first grade will learn the common foundation subjects, and subsequently streamlining into their desired field respectively in second grade. The study of Human Science is an overlapping subject, most of the schools/institutions are providing a more flexible course setup, where students have to pick up courses with different research directions, regardless of what types of research approach they have chosen.

Most of the undergraduates will join the international, NPO organisation, or become a registered nurse, licensed phychologist. There are also students who opt to study sports and choose to work in the sport entertainment and media related companies/organisation.  There are minority of these students further their studies in the research faculty or some of them will work in the R&D field.

In the 20th century, human has made their living environment deteriorate rapidly. For instance,  global warming, the damage of ozone layer, acid rain, air and sea polution, inbalance environmental hormones etc. Besides the mentioned global issues above, the handling of rubbish/sewage and its recyling problems still persist, entangling with associated economic laws issues and further complicate its associated problems/issues.   There are various areas in the environmental study, to train more professional and expert in this field, which developed mainly from science subjects in the past. However in recent years, the humanities and social science etc liberal arts field are also studying this field. For example the study of the human society with natural harmony and its symbiotic subjects through the analysis of the interaction between human being and the environment. capture business, local and national structural problems to investigate the sounds system of the law enforcement and the subject of environmental law.    Followed by the increase awareness and concern of the environmental issue and to investigate the broad environmental issues at the same time, universities and higher institutions is providing subjects combining science and liberal arts as a result of going beyond the traditional and conventional acedemic subjects in order to have cross border analysis and evaluation.

The environmental field is a cross subject between science and art,therefore there are a variety of aspects in terms of jobs and industry prospects. For example the administrative organisation, educational institution and national and global organisation etc, special legal officer, finance and public welfare etc legal officer, environmental related NGO,local/national/overseas organisation can be the potential career path for the environmental experts.

To learn the Sports and Health Sciences , it is essential to explore the human being through the scientific ways and study how to enhance the body condition and athletic ability of the human being. Right now, there are more people started to pay attention at the lifetime learning and healthy body, hence the demand for sports activities are rising. The athletic sports, lifetime sports, fitness sports activities and various kinds of sports form are much in consideration. The study syllabus of this subject comprises of 4 categories, the Physical Sports Profession focus primarily on the lifetime health/fitness and physical strength as well as relevant scientific knowledge and research. Scientific Training Profession emphasizing on scientific analysis of athletic sports, the study of sports methods and effective sports coaching measures. Social Sports Profession is to make sports to become part of daily routine, research from a sociological perspective, aims to develop the relevant trainers. The Health Science and Medical Sports Professional is from relevant medical perspective, and hence evaluating the medical care management, and the prevention and recovery of sports/athletic leading sickness.

Most graduates become coach, instructor and counselor for the local society at the public sports facilities, staying active at different fields. Some students have become teacher in the sports department. Besides that, graduates working in the sports equipment manufacturing industry is increasing thus the scope of employment is further broaden. There are some students admitted to the graduate school/tertiary education to further their study in this field.

Due to the universal usage of the smart phone, PC and internet. Any IT related fields are having rapid development, information communication industry  launches new services with its cutting edge technology. In this era and background, not only the science faculty, even the art faculty is providing various types of research and studies which appear beyond the conventional scope of study.   On the other hand, the science majors are based on the reasoning and foundation of mathematics and physics as their fundamental study, engineering majors are based on relevant PC knowledge as foundation. Whereas the art majors are based on analysing information using different methods to study different areas.  Recent years, in the IT field,  the words "ubiquitous computer" is commonly used and has become a common keywords. "Ubiquitous" means "everywhere and commonly used" in Latin language, which indicate the condition where PC can be used at anywhere and anytime.  We will soon ushering towards the future of "ubiquitous computer society", the presence of IT will become more prominent.

The employment scope provided is very wide and broad in future. The demand for IT talents will increase in the society, providing variety of career path, roles and positions. Not to mentioned the IT and PC talents, there are more people joining mass  communication and biological associated new subjects. The information science subject is a much anticipated new profession that will be actively contributing a lot in different field.

Mathematics is the theoretical basis of natural science. As the “language” of expression for every science available, it has been inseparable to the movement of society since ancient times. The prevalence of computers in modern society is a testimony to the application of mathematical computing logic, which is also the same theory that sets up the basis for research and development.
High algebra, analytic geometry, and calculus are the three professional fields of studies in university mathematics.  Research subjects applying the three unadulterated theories are "theoretical mathematics" and numerical analysis. On the other hand, "applied mathematics" and "information mathematics” are based on social science such as statistics and computational theory, and are developed from the combination of engineering and computer science. From the syllabus, we find out that students need to learn advanced algebra, analytic geometry, and calculus alongside other necessary basic disciplines for the first and second year, with lessons mostly revolved around acquiring thinking ability via practical problem-solving exercises. Other than that, operating and practicing with the computer is compulsory so as to learn the use of it in solving mathematical problems. For the third year, students need to advance on professional geometry, calculus, and so on to obtain a broad understanding of theoretical math subjects. At the same time, they also have to master applicable mathematics especially mathematical statistics, for it to apply to different areas.

There are more and more careers today that allow professional mathematical knowledge, as well as the flexible, logical thinking ability the stage to shine. Computer system engineers or programmers are among the prominent examples, which a lot of them involved in manufacturing, information and communication services or the finance industry.
Recently, enrollment in graduate schools has increased. After finishing the master's program, most will choose to engage in general employment, while some are aspired to become a university researcher.

Earth Science studies the Earth's phenomena physically, structurally, and environmentally. Other research objects also include meteorology and ocean. They are divided into geology, mineralogy, geophysics, paleontology, earthquake and volcanology, oceanography, meteorology and so on. Via a global perspective, Earth Science conduct studies by theory, observation, analysis and technological investigation from microcosmic to macroscopic. The research is implemented through comprehensive methods to help mitigate natural disasters and protect the environment, and a lot of observations and experiments are required. One example is field observation of the stratigraphic condition, the other being acquiring rocks and minerals for further study. Other examples are electron microscope observation and various applications of field research in overseas.

There is a surge of increase in professionals fully utilizing analytical abilities to work at geological prospecting firms or become environmental planning and building consultants. Many chose the path to be a graduate student, which is similar to other science and engineering majors. As a side note, half of the university students decided to further their studies after the war to become researchers. Other than that, there are those who pursue the career as civil servants, while many others went into construction, civil engineering, weather forecast, and other relevant departments or join the fire brigade. The number of people pursuing these careers is outstanding.

Biology refers to the study of all living things on Earth (from bacteria, microorganisms to plants, animals, and even human) to explain all life phenomena. For a long time, biology covers the studies on the growth of animals and plants correlating environmental factors under ecology, and biological morphology and structure under general morphologies. As time goes by, the discipline now also covers the rapid development of molecular biology methods and attempts to explain the molecular genetic aspects of biological genetics, physiology, molecular biology, biochemistry and other developments. At university, students have to master the foundation of chemical biology during the first two years only then could they enter the desired fields. Students need more than just theory no matter the area of study, as observations and experiments are the research basics. As a matter of fact, there will be a lot of learning and practice during the course; hence many universities will arrange field investigations and critical practices.

Students getting into graduate schools occupied a high ratio, with more than half of the bachelor's degree graduates admitted to postgraduate studies.
The main career direction is research related pharmaceutical, food, and chemical industries that can make use of their professional knowledge and experimental techniques. In recent years, the demand for MR (Medical Information Leader) has gradually increased. Those going into wholesale, retail, media, service industries, computer-related businesses are relatively more. Nevertheless, some go into government agencies and research institutes.

Physics is a systemic study to understand the nature of things, with the research objects being as vast as the universe, to as small as molecules, atoms, particles and others in the microscopic world. It reveals the laws of natural occurrence, and pursuits the fundamental and common laws to have a better grasp of nature. In contrast to the high school way of science, which is memorizing formulas, the physics at university is mostly based on the reconsideration of formulas and questioning the laws. The course focused on both theoretical and experimental verification of physical theory, through in-depth research, which helps to open up students’ thinking ability from the perspective of physics. As the basis of modern physical science, university physics requires students to master knowledge on mechanics, electromagnetic, quantum mechanics, statistical mechanics, mathematical physics and other essential disciplines. Aside from that, computer knowledge is also imperative on the subject. During the first to second year, students need to combine both experimental and practical methods to learn the knowledge in a down-to-earth manner. In the third year, students will tackle the core areas of physics such as atomic physics, matter physics, computational physics and so on. The fourth year, under the guide of professors and postgraduates, graduate studies are conducted.

Many graduates will enter industries like electronic machinery and machine manufacturing, while some might end up in the information or finance related fields. The possibilities are vast.
However, as with other science major, nearly half of the graduates will choose to further their studies. The goal of the majority of graduate students is to enter the research department of an enterprise after finishing the program. Other options include working as a researcher and join a university or a national research institution.

The so-called chemistry is the study of matter by researching deeply into a substance through its composition, properties, reactions, and changes. Based on the studies, researchers strive to create new materials that are beneficial to humans. At university, chemistry consists of 5 main studies, which are organic chemistry, inorganic chemistry, physical chemistry, analytical chemistry, and biochemistry. In year 1 and 2, students need to learn the fundamentals of various disciplines and understand subjects closely related to chemistry which are physics, biology, and mathematics. Other than attending lectures, students also need to practice basic experiments and utilize computers to improve their post-experiment analytical techniques.
For the 3rd and 4th year, students will have more elective subjects and go into a higher level of experiments. One of the notable attributes of this course is having experimental tasks playing a bigger role in the syllabus. Most high school chemistry experiments are comprehensive because the steps and results were determined.  However, in universities, you have to make assumptions and carry out the experiments to prove the results which usually end up with disappointments. On the bright side, it is possible to discover completely different issues from the experimental process and results. In general, students are required to be persevere, but the process is full of exciting knowledge.

After graduation, the direction of career development is very broad. Besides of going into chemical industry, students can consider fields such as pharmaceuticals, cosmetic manufacturing, food manufacturing or other goods developing industry as possible career paths.
To become a technician, researcher or an expert, you will need to enter Graduate Study. Once you graduate, you may join the research department of a university, or state and private research institutes.

Mechanical engineering is the systematic overview of mechanical technology principles and methodology. Besides of mechanical design, the development of user-friendly efficient production systems, the pursuit of automation and labor-saving methods are also important areas of mechanical engineering research.
There are four main research areas of mechanical engineering, which are the following: Materials, heat and fluid, mechanical vibration cum control, and processing. "Materials" refers to the study of properties and strengths of a material and the selection of materials to adapt to market demand, as well as the development of new materials. “Heat and fluid” refers to engines for the likes of automobile and rockets, aspects relating to the power plant, and is mainly about heat generation, vibration, and maneuvering methods. "Mechanical vibration and control" is the study of mechanical vibration and control technology, while "processing" is in regards to precision machining, cutting, and welding technology. In addition to these traditional areas, mechanical engineering also includes robotics and medical-related research.
The students need to diligently study mathematics, physics, mechanics, designing, and other basics for the first two years. In particular, to learn four fundamentals of mechanical engineering: materials mechanics, fluid mechanics, thermodynamics, and mechanical physics. After the third year, they need to continue to deepen the mastery of the four mechanics through experiments, and then strengthen their professional knowledge with the design exercises.

Graduates mainly get involved in the automobile, home appliances, and other electrical-related manufacturing companies, but there are also many graduates utilizing their technical production knowledge, by entering the construction, transportation, food and other manufacturing industries, which is a typical attribute of this field.
Most of the professionals in research and development departments of an enterprise are accomplished graduate students; with that being the reason a lot of them attend graduate school. If you wish to conduct research in the future, you may consider whether or not you should enroll Graduate School.

Electrical engineering and electronic engineering are the studies of the electrical element: electron, but the method of understanding the electron from them are different. Electrical engineering considers the flow of electrons, that is, "electric current (electricity)," as energy, and studies how to efficiently generate electricity, transmit electricity, efficiently control and implement electric motors. Specific examples are the well-known superconducting and electronic image processing attributing magnetic levitation, and solar power, and others. Most of the research determines the core technology of the future.
On the other hand, electronic engineering, also known as "electronics," studies electronic in the term "the tool to transmit information." Its main research areas consist of the development of new materials related to electronic devices such as LSI (large integrated circuit), virtual reality, the development of computer hardware and software, the technology of semiconductor laser and fiber-optic network, as well as other variety of electronic research. Many of the research establish the fundamentals of advanced modern technology.

The study of electronic energy engineering, measurement, maneuvering and corresponding fields consist a diverse range of knowledge. As a result, graduates have a wider spectrum of opportunities. Also, many universities provide courses for advanced qualifications to positions such as head electrical technician and head electrical communication technician.
Besides of holding occupations requiring excellent technical development ability, some pursue to obtain a higher level of knowledge and technical skill by attending graduate schools. Furthermore, some graduates are admitted to doctoral programs for further studies and start a career in government agencies or university research institutions.

Aerospace engineering consists of two branches: aeronautics and astronautics. Aeronautics is mainly spacecraft research, while astronautics covers the studies of rockets, satellites and space stations. To learn the relevant development, design, manufacturing, and application theories, students must first acquire vast knowledge on mechanical engineering, communication and information science, materials engineering, physics and so forth. In short, aerospace is a multidisciplinary subject that requires a wide spectrum of integrated knowledge.
The field of aerospace research contains four areas: "fluid mechanics" which relates to air resistance and buoyancy, "structural mechanics" regarding fuselage structure and design, "thrust force engineering" covering space shuttle and rocket flight, and the theory of spacecraft maneuverability and flight stability, "aeronautical control." Additionally, all four of them extend to many other areas of studies. In recent years, the developments in the science and technology behind aerospace engineering have made significant progress. Just by diving into aerospace engineering, a student would get access to the forefront of cutting-edge technology.
After attending the course, students need to work hard to learn the necessary mathematical and physical knowledge, while specializing in studies corresponding to aeronautics and astronautics.  Although this field seems innovative and sophisticated, the reality of it still lies beneath diligent and persistent research efforts. So, it is more suitable for those willing to work extremely hard in doing research.

Similar to other engineering studies, many graduates prefer to enter graduate schools, in some universities, the graduates that pursue this path accounted for seventy to eighty percent. Nonetheless, there are also many graduates that chose to engage in research work or become university lecturers while some go into relevant government agencies.
If you choose to join the working field, there still exist many positions that utilize the related professional knowledge, such as precise machinery manufacturing, railway-related industry, and software development companies. Also, some might pursue a career as qualified test pilots or space shuttle mechanic.

Network connections have become the backbone of today’s society, without a doubt, information and communication technology is an indispensable existence for all humans. As clear as it reads, communication engineering means the study of the technicality of information transmission. These days, wired technology does not only point to the telephone line but also include the integration of optical fiber and wireless technology. The research to make information travel faster, with more efficiency and safer, is rapidly advancing. Besides of learning computing technology to utilize information, the information engineering students also study integrated information technology that includes communication engineering. Their research ranges from hardware to areas like programming theory and numerical analysis that relate to software, while also covers areas of studies relating to robotics and medical. During the first and second year, they learn the basic structure of the computer, calculus processing, and circuit design, as well as programming language. After the third year, they are more likely to go into either hardware or software, respectively, to study their related fields of expertise.

Regardless of industry, the need for a well-integrated facility of information and communication is very high; hence graduates of Communication and Information Engineering are always being demanded. Other than system engineers and programmers that correspond directly to information technology careers, the graduates could also become prospects to the enterprise of any sector.
Besides, the number of students entering Graduate School has gradually increased over time, according to some universities, an admission percentage of as high as 70% to 80% even occurred. After finishing the studies, they can get involved in research and development for IT-related businesses.

As humans, we are surrounded by matters, and the objective of Materials Engineering is to research on matters and find out the compositions of all sorts of substances. The focus is to analyze a material's structure and function from the engineering perspective, with the intention to develop the best materials suitable to be used in human-made objects.  Among the studied materials are metal materials, organic materials, inorganic materials, and composite materials which are the synthesized combinations of the others. "Metal material" refers mainly to iron, aluminum, and titanium, current developments include shape-memory alloy and the green energy friendly hydrogen-absorbing alloy. "Organic material” is a material that mainly consists of carbon; typical examples include protein, other natural organic compounds, and synthetic fibers. During the first and second year, students are required to study physics, chemistry, and mathematics while also learn about basic knowledge related to metal, organic, inorganic, and other materials. Next, they will major on respective disciplines to pursue studies on silicon materials, electromagnetic materials, chemical catalysis, cosmic materials engineering and so forth. There are many practical subjects such as exercises, experiments, and factory visits. Aside from that, computer information processing courses relevant to experiments and analysis are also highly emphasized.

Similar to other engineering majors, the Materials Engineering students have a high probability of being admitted to graduate schools. Due to the increased concentration of knowledge and experience required for research and development, entering graduate school becomes important for degree holders targeting high profession careers. Having more than half graduates attending graduate schools is no longer a surprising occurrence.
After finishing graduate school, they can join government agencies, research institutions, and research and development departments in enterprises. As engineers and researchers, people have high expectations on them.

Applied chemistry is the study that focused on utilizing chemical theory and knowledge to develop new materials that help improve human lives. It covers a huge range of areas including medical, agricultural, food, electronics and so on. Applied chemistry works in advance for the practical chemical applications of the future.
One of the topics of applied chemistry research is the development of new materials, which include polymer materials, biomaterials, silicate materials, and others. As a side note, the electrodes in high-performance mobile phone lithium batteries are one of the materials developed from applied chemistry. Due to harmful components contained in chemical substances, environmental-friendly technology has become an important research subject of the recent. One of the latest developments is silicate photocatalyst materials that decompose dioxins and other harmful substances, the other being organic degradable plastics.
The first and second year usually require students to study basic subjects such as physical chemistry, organic and inorganic chemistry, and analytical chemistry. One of the unique attributes of this study is the frequent experiments starting from the first year. After reaching the third year, students will learn polymer chemistry, chemical catalysis, the theory of reaction rate and other subjects, while also implementing experiments and practices, and begin to produce their graduate projects.

Graduates seek careers widely in the chemical, polymer and silicate industry, and other related fields. Due to the recent increase of environmental concerns, some of them get involved in environment protection and energy-related industry. Most of the graduates become researchers or technical staff in institutes and factories and are engaged in the development of new products and production technologies.
Also, some of them work in national research institutions, universities, and other educational institutions.

Bioengineering is a fundamental research study on biology that uses researched results to optimize biological functions and structures for industrial, medical and pharmaceutical purposes. For example, the application of microbial decomposition of industrial waste, and manufacturing genetically modified substances that benefit microorganisms are amongst the research subjects of this field.
Other than that, bioengineering research built its foundation on genetic engineering, cell engineering, and other fundamental technologies. In "genetic engineering," researchers use transgenic technology to accomplish structural analysis of genetic factors and transgenic operations. Aside from creating hybrid cells by fusing a variety of cells, researchers also mass produced useful substances inside the cells in “cell engineering.” They combine all these engineering methods with other engineering techniques to develop practical biotechnologies. The scope of applications with bioengineering includes medicine, food, chemical, fermentation and other industries. Also, it applies to environment protection and related fields.

Many graduates will choose industries that utilize bioengineering knowledge and experience such as pharmaceuticals, food, and cosmetics sectors. For researcher positions, companies commonly demand graduates that complete graduate schools or higher professional academic level, hence the high graduate school enrollment rate.
There are also some who enter government agencies, national research institutes or other research facilities. Meanwhile, some might choose to pursue careers as technical engineers, systems engineers or join expert groups.

The implementation of civil engineering is closely related to the environment. Therefore, a profession named "environmental engineering" was established, which includes natural science, sociology, information engineering and other fields. The purpose is to promote the harmony between urban cum regional infrastructure and natural environment. From the environment of the earth to the living environment revolving the residential area are all in its scope of focus.
Also, the syllabus covers a wide variety of professional subjects such as hydraulics, soil mechanics, and structural mechanics, while also includes urban planning, earth environment engineering and so forth.

The graduates are usually hired by large scale integrated construction companies to work on big infrastructure projects like bridges, roads, dams, tunnels and others. Additionally, they can implement professional knowledge regarding landscape, urban planning and so on to pursue an urban development career.
Besides, they can also join government agencies, construction companies, design firms, manufacture companies and stay active in a broad range of industries. By not limiting to environmental careers, they can get active in a wider variety of fields depending on personal comprehensive literacy and ability.

Architecture is a creative discipline that creates buildings and places for people to "meet,"live," and "move." It is a type of science that carries artistic traits. Not only does one need to utilize the knowledge of building technology, but also the ability to create harmony with the surrounding environment, culture, welfare, and ideas. In short, architecture is the pursuit of both functional and artistic beauty, and the combination of them will lead to a fruitful creation of a livable environment or residence.
Broadly speaking, we can divide architecture into four areas. "Architectural history, design," relates not only to the history and design of buildings, but also subtly connects to natural science, philosophy, aesthetics, sociology, and so on. The "architecture, materials" field aims to explore the structures and principles that prevent buildings from collapsing. Meanwhile, "building environment, facility," does not only correspond to lighting, air conditioning, water supply, and drainage but also digs deep into the city and the Earth’s overall energy knowledge as a whole. Lastly, "urban planning, architectural planning" focuses more on the city and building planning. In recent years, attention to environmental aspects of the study is very popular, such as barrier-free residential, and green residential. We can expect residential spatial research on living in harmony with nature to soar to a higher level not far in the future
Although students can learn all areas systematically following the curriculum, many universities emphasize a greater focus on experimentation and practice. Regarding the design aspects, there are universities that set up courses in the form of classes or seminars to learn CAD (computer application design) and other computer skills. In the fourth year, students will enter the laboratory to produce their graduation design.

 The enrollment rate of graduate schools is on the rise, and many graduates aim to become architects after accomplishing their studies.
Other than that, some graduates will become urban or environmental architects in government institutes to work on urban architecture. Meanwhile, some of them go into the construction departments of large corporates.
As a side note, there are also those who go into building related industry such as consulting, advertising firms, or the finance and real estate businesses.

Aside from exhibiting high performance, modern industrial products also need a showcase good designs that are like candy to the eyes. Design Engineering, like its name, is a professional study that seeks to better the design and functionality of industrial products. Besides of pursuing sophisticated designs, a designer also needs to put himself in the user's shoe to research and create safer and convenient designs. As such, the recent emergence of the development of environment friendly materials and products is a testimony to the social demand for relevant designs.
Prominently, design engineering seeks to establish the harmony between human-environment and industrial products. Hence, the related professional pursuits are tightly tied up to living, social, economy and other aspects.  The courses that universities offer such as design modeling, ergonomics, physiology, design psychology, and so forth are different in comparison to other engineering faculties.

Similar to other science and engineering graduates, the graduates of this major seek to study at a higher level. So, the proportion of students entering graduate schools is relatively larger.
Moreover, these graduates have attained widely prevalent natural science and engineering knowledge which opens up multiple career opportunities. They can work as researchers or technicians in the electrical and electronic equipment industries, communications and computer-related industries, and other sectors like metal, steel, and automotive.
Some graduates demonstrate their data analysis abilities and stay active in finance, insurance, and many other fields that seem to have little to no relevance to design engineering.

Marine and Ocean Engineering has vastly diverse research areas from the design, construction, and maintenance of ships, to maritime safety routes, operating system, high-efficiency marine logistics, marine mechanical research, and resource extraction. These marine development activities range from means of construction to protection of the marine environment, the areas of concern are at global scale. Without a doubt, this engineering major is a disciplinary routine to cultivate marine experts.
The three major areas of study are marine, oceanic and environmental engineering. Marine engineering revolves around shipbuilding technology such as ship design and construction. It also includes studies on various types of equipment for marine development, including large bridge foot, land-based equipment, etc. Typically, the ship is equipped with all kinds of machinery and electronic control devices and maneuvered via power, equipment, and machinery system under strict energy savvy and environmental guidelines. Because the ship has a large-scale comprehensive set of equipment, students are required to systematically study and integrate mechanical, electrical, hydraulic and other areas of engineering.
On the other hand, Ocean Engineering includes fields such as sea airports, marine resort, and resource development. It is mainly related to marine development, maritime transport systems, international logistics, and other logistics related fields. The relevant research studies include sustainable systems that protect the ocean and safe, efficient logistics systems.
Next is Environment Engineering, which digs deep into natural phenomena of the sea, such as the wind, waves, and tides, and tackles aspects like marine environment, resource management, and water territorial utilizing from the telescopic perspectives of environmental conservation and human coexistence. Some universities study the impact of marine accident related crude oil outflows, while also researching on aquatic resources like fish and algae.

 This profession is considered to be a type of integrated engineering, hence the bigger demand.  Shipbuilding, marine transportation and other shipbuilding, maritime transport-related areas are the obvious career choices, but there are also graduates that go into the automotive, construction, steel, aviation, information processing, communications, electrical machinery, government agencies and other fields. In other words, they can go active in all walks of life.

Besides, some universities also provide training courses, and there exist graduates who obtain marine technician qualifications to become part of a crew.

Energy plays an irreplaceable role in maintaining and improving our daily living standards. Unfortunately, the global energy and environmental problems have worsened as time flies. While we are still trying to maintain productivity and livelihood at the consumption and expense of crude oil, natural gas, and other fossil energy, the need for second generation energy has become extremely imminent. Currently, "Resources and Energy Engineering" is applied to greatly improve the efficacy of fossil energy, while also being utilized to explore a more efficient use of the wind, solar, biochemical and other green energy. The goal is to create an integrated energy system that efficiently coordinates energy consumption and the environment.
Resources Engineering has a long history within the field of engineering, with mining, metallurgy, mine geology and other types of studies being amongst its predecessors. The more traditional areas of study under Resources Engineering include resource exploration, development, processing, and environmental protection, although today it has also evolved into areas like environmental impacts of resource development and consumption, prediction and prevention of natural disaster, resource re-utilization, and others. The overall scope of the study lies in the global future-oriented comprehensive research and technology development.
On the other hand, Energy Engineering focuses on the basic research and application of energy production and utilization. For example, the developing of optimized processes and machines that are safe and energy efficient, and laying out clear basic principles to create new technologies like high-grade energy conversion system, and handle various types of experimental research and analysis.
In summary, the Resources and Energy Engineering disciplines combine the expertise of a wide range of academic fields to overcome the energy and environmental problems, by researching on resource development, re-utilization, energy conservation and other issues, so as to build a sustainable and expansive social system.

Resources Engineering graduates can go into companies related to oil, gas, and geological consulting that required the knowledge of geology, mineralogy, and related abilities. Also, there are some who utilized their Materials Engineering knowledge to enter the metal industry, mining, and other fields. Graduates of Energy Engineering mainly engaged in the development of green energy, such as gas, electricity and automobile industries, as well as manufacturing industries such as the heavy industry and electrical machinery. Still, there are graduates of both these majors who utilize their professional knowledge to stay actively involved in research institutions, or enter graduate school.

Environmental Science is a major in the study of environmental issues. From the world's environmental issues like global warming to segregate local district issues like waste disposal and reutilize, are all under the span of topics relevant to this major.
Traditionally, the research on environment mostly correlates to natural sciences like biology and agriculture, but nowadays the number of university courses and professions tackling such research has seen an increase amongst the fields of humanities and social science. For example, some professionals pursue a broad range of knowledge to understand what regulates the harmonious coexistence of human society and nature. Meanwhile, other specialists study all kinds of elements that constitute human society from a broad perspective and dive further into the legal system and environmental law. Other than that, the field of science and engineering also has “mathematical sciences,” which tackles the environment-related issues, and “information environmental engineering,” which utilizes multimedia to research on environmental issues. The emergence of these and other new academic fields has provoked interest among society.

After graduation, they can choose to work or to pursue further studies. For employment, they can go into industries ranging from manufacturing to construction because the environmental major involves both science and arts. The industries and positions they might bump into are vastly diverse.
If they want to engage in civil service-related career, the choices available include government agencies, autonomous bodies, and other administrative, educational institutions, and so on. Locally or abroad, they can join civil society organizations like United Nations, various international organizations, special corporate, foundations and other public interest corporate, and environmental NGOs.

Agriculture is the theory and discipline to improve the cultivation of plant production capacity and quality. The relevant research is diverse, ranging from genetic, breeding, cultivation, crop, soil and other basic research, to biotechnology, marketing, and even environmental issues. It overlaps other disciplines and has an ever-increasing interdisciplinary tendency.
On the other hand, Agronomic Chemistry is a discipline that aims to solve a variety of problems related to agricultural production through chemistry. It involves a thorough study of the functions of living organisms, such as inheritance, self-control, metabolism, and develops technologies that apply to other fields. Crops, insects, mushrooms, and microorganisms are among its broad range of research objects. At the same time, it also covers the use of genetically modified technology to produce new types of safe crops.
Students will proceed to conduct a higher professional research after learning the principles of agriculture, biology, organic chemistry, soil science and other basic disciplines. There will be significantly stronger experimental and practical focus. Meanwhile, farm field trips are also greatly emphasized especially for the agricultural profession.
These days, problems such as the food crisis due to expanding population and the impact of the global environment deterioration on crops attribute greatly to agriculture issues, which in turn caused people to put high expectation on agricultural research findings.

Graduates that hold profession in agricultural science will mostly look forward to careers at agricultural test sites, administrative of a prefecture, and research institutes. In the case of private sectors, they can go to corporate that engaged in the development and production of fertilizers and pesticides, or food-related companies. Meanwhile, most Agronomy graduates will enter the food, cosmetics, pharmaceuticals, chemical industry and other related businesses to involve in professional, research-based work. No matter which major, the rate of entering graduate school for higher study is very high. After finishing graduate courses or doctoral programs, many of them will opt to become a researcher.

Agricultural economics is the study of agriculture from the perspective of social science disciplines, which include the system of food production, circulation cum consumption from Japan and abroad, and the environments of food production personnel, plus other topics. It covers the thorough research of the subjects through the crops’ market circulation, by the macro-perspective of agricultural policy and micro-perspective of individual agricultural management.
From a macro point of view, it is about the exploration of the connection between Japan’s agriculture and the world. Among the research topics, are Japan’s food supply’s low self-sufficiency rate in regards to economic structure, crop trades, Japan's agricultural problems and other international issues. From a micro point of view, the aim becomes to increase the income of agricultural producers and help them achieve economic stability with mechanical equipment investment and labor power and find out how limited resources can maximize profits. It is important to note that all the above refers to Japanese agricultural. If someone wants to apply the knowledge in China agricultural operations, he needs to make a comparison and have an understanding of the difference of agriculture between the two countries.
Students of this field need to learn economy, political science, sociology and other fundamentals during foundation years. Meanwhile, subjects like rural policy and agricultural history are required to study alongside agricultural management analysis, agricultural management theory, and other professional subjects. Also within the syllabus are internships and experiments to acquire agricultural knowledge and skills. Even though this is a profession in agronomy that contains more elements of social science, students should not neglect practical and experimental agricultural lessons.

To make full use of knowledge on agronomy and other integrated subjects, more graduates prefer agricultural institutions that are prominent in agricultural management industry. Nevertheless, some will go into banking, securities, and other finance industry.
Besides, there are graduates spotted recently who joined environmental-related businesses. Other choices include enroll in graduate schools, or get involved in NGO, international organizations to continue the research topics during university years.

Today, Japan's agriculture is facing multiple challenges such as environmental deterioration, aging agricultural workers, and diminishing rural population. Meanwhile, global population growth, environmental damage and the resulting ecological crisis, plus other worldwide problems are also emerging. Without a doubt, this is where Agricultural Engineering comes in, to help solve these problems and develop efficient crop production technology.
Commonly, Agricultural Machinery and Agricultural Civil Engineering are the main divisions of Agricultural Engineering even though many environmental-related studies are showing up in recent years.
The main focus of Agricultural Machinery Engineering is to develop machinery and facilities for agricultural production, such as labor-saving machines (rice transplanters for instance) and efficient cultivation facilities. As a side note, there are up and coming fields of study which integrate mechanical and electronic engineering to create robots for agriculture.
On the other hand, Agricultural Civil Engineering is about the allocation of agricultural land and water resources. Many of the related research studies withheld the concept of "a society with infrastructure and nature coexisting," which give utmost consideration to the development impacts on the environment. Issues like the allocation of agricultural land and its preservation, and adequacy of beach facility configuration are among the areas of concern. Also, there are environmental studies in the field pinpointing effective resource utilization and ecological balance when investigating the operation of an agricultural production.
Among the agricultural studies of nature, there is a discipline called Forest Science, which concerns the correlation between forest and humans. The main subjects are forest protection, generation, usage and production management, and so on. Other than covering the forest’s ecological and environmental aspects, it also expands its scope into economic, business, sociology and other social science perspectives to explore forestry issues. Besides of those traditional areas, forests have recently become prominent environmental protection research objects. A large amount of research corresponds to the forest-related global environmental problems, such as the effects of global warming, desertification, and acid rain forest destruction.

By possessing abilities from civil, mechanical, and environmental engineering, Agricultural Engineering graduates often work in very diverse careers after graduation. Most of the civil engineering graduates are employed in administrative and public institutions, while their peers might work in construction companies and design consultancies. Those specializing in Machinery Engineering are mostly engaged in machinery manufacturing or other manufacturing industries. On the other hand, many graduates with forestry backgrounds will choose to work in the Forest Bureau or private bodies as administrators, while some will become professionals who are active in paper manufacture companies and residential construction companies.

Aquaculture is a multidisciplinary study concerning ways to appropriate aquatic biological resources, be it in the ocean, rivers, lakes, or ponds. The four main studies are fishery and aquatic resources, aquatic environment, breeding, production chemistry and manufacturing.
"Fishery and aquatic resources" mainly revolves around the numerical study of aquatic biological resources via estimation and management, and discover the physiological and behavioral characteristics to master the capturing techniques. Meanwhile, "aquatic environment" is about learning techniques to maintain the marine productivity, protect the aquatic environment and mend the damages. "Breeding" is mainly on pursuing technology that improves marine organism reproduction while preserving and protecting the environment. Lastly, "production chemistry and manufacturing" is the study of edible aquatic products in regards to processing, preservation, utilization, development, manufacturing and managing methods.
Recently, there is a fishery research that involves a global scale marine survey. Besides that, other advancing fields of research include the harmony between human and the ocean, the protection of aquatic resources and forecast of trends.

Most graduates become research and technical staff that stay active in aquaculture companies or the food industry. There are also some working in fish farms, aquariums, marine environmental research companies, water quality testing companies, fishery cooperatives and others.
Other than the above options, graduates can also go into the Ministry of Agriculture, Forestry and Fisheries, aquaculture test facilities and other aquatic-related administrative, educational research institutions.
Still, some who wants to engage in aquaculture research fields may fall short because the knowledge requirement and ability are significantly higher.  Currently, more and more graduates choose to pursue postgraduate studies.

Veterinary and Livestock Sciences
Learn about life sciences through the relationship between humans and animals
The main purpose of the establishment of veterinary science in the university is to cultivate certified veterinarians who specialized in veterinary or agronomy. The students mainly study the diagnosis, prevention, and treatment of animal diseases, and learn how to prevent cross-species diseases that infect humans and animals, such as foot and mouth disease, BSE, avian influenza and other diseases which have garnered great attention in recent years. Furthermore, the subject area also includes the research and development of animal medicine, breeding and protection of endangered animals, and so forth. Most Japanese perceived veterinarians as pet doctors, even though they, in fact, play the roles as public healthcare and human-animal disease experts.
Students need to keep in mind that veterinary course takes six years to accomplish. The juniors will study anatomy, cell biology, and other basic knowledge. The third year onwards, they will reach professional research level, and carry out practical experiments on specific lab animals. Meanwhile, Year 6 will be internships, graduation studies in the hospital, and relevant national examinations.
On the other side, Livestock Science is the study of scientific analysis of cattle, pigs, chickens and other livestock. Its purpose is to produce safe and delicious meat, eggs, milk, dairy products, and meat products for human consumption efficiently . Besides exploring the development of feed and feeding methods for livestock quality improvement, the livestock's functionality, physiological metabolism, genetic breeding, environment management, environmental remediation and so on are also under the scope of the study. In short, this study is the discipline that explores the nature of animal growth and reproduction.
Recent emerging subjects in the field of Livestock Science include the ecological protection of wild animals, the cultivation of new lab animals, different types of mating, and the use of genetic manipulation engineering. This field of study is also closely related to agronomic chemistry, life sciences, and similar areas, especially in biotechnology research, and is bound to garner greater attention.

Most of the graduates who wish to become veterinarians will choose to work in zoos, animal hospitals, animal quarantine centers, public health centers or health institutes. Also, many of them will become animal consultants or animal care professionals.
For careers in private sectors, livestock, dairy, feed, food, pharmaceutical, and other related companies are the prominent choices. In the future, we hope that more graduates will use their livestock expertise and experience, as professionals, to stay active in biotechnology product research and development, pharmaceutical development, new product development and other broader areas.

Medical science is the greatest subject that contributed significantly to the prevention and treatment of various human sickness and diseases. Studying medicine requires to be highly skilled, possess professional knowledge and must have a strong sense of professional ethics, moral and responsibility. SIx years of medical education is implemented based on the education model of "core curriculum of medical education module". From year 1 to year 4, medical students will learn about the structure and function of human organs, medical, health and social, medical and other fundamental subjects. Students will be placed in different clinical department in shift rotation in the university hospital, participate in treatment group, actual diagnosis and treatment, to accumulate field experience and take the national medical qualification tests before graduated to be qualified as a licensed doctor in Japan. As medical practice is only acknowleged in Japan, therefore if someone wants to go to China to become a doctor,  he or she needs to obtain international qualifications, find out and confirm all relevant information about medical practice and qualifications.  
In addition, two-thirds of the university implementation comprises of core curriculum model and the remaining one-third embodiment is featured with the school curriculum. For instance some universities are focusing on the study of local medical subject, treatment and diagnosis due to the lack of regional doctors, some univiersities will assign year 2 or 3 students to the research department due to lack of resources. Hence should find out more about the education content when applying for the university.

The medical undergraduates can go for clinicians, basic medical researchers and administrative staff. After graduated by passing the national medical test, a doctor will be able to obtain a medical qualification/certification and will be obligated to train doctors for more than 2 years during their housement. After the training, a lot of doctors will choose to work in front line whereas some will opt to work in the research department.
There are also students who choose to work in the public hygienic department, environmental medical research, or become medical administrative staffs, staying active in the medical field.
However one must be noticed that due to need to explain the patient condition to the family, hence the japanese language proficiency needs to be good.

Dentistry is associated with oral health. Teeth and upper/lower jaws have important links to the human body, human can only eat and talk normally with healthy oral and mouth condition. Despite the study of tooth decay treatment, periodontitis and other diseases, dental and human health are closely related, the concept of stomatology also requires a comprehensive and extensive dental research on teeth.
Dentistry and Medicine have the same education duration, i.e.6 years. Students will pick up general medical knowledge and basic knowledge of stomatology in the first 2 years, acquire professional knowledge in third year, similar with medical study, after passing the unified test and they can begin clinical practice. Dental equipment must be used during the treatment, therefore master of engineering/technology knowledge and good control of special equiment is also necessary.
After graduated, graduates should sit for the national dental qualification examination to be qualified to practice in Japan. Similarly, dentist can only practice in Japan, this shall be take note.

To become a dentist, you must pass the National Dental Qualification Examination. From April 2006 onwards, graduates must undergo more than one year of clinical training to obtain the qualifications . After the training, generally there are two options: most people choose to be a dentist or a private dentist. There are also some people choose to continue to engage in stomatology research or work in the medical administrative units.
Students who choose not to be dentists can take the National Qualification Examination for dental hygienists and social workers. After graduated, they still can achieve in many areas with this qualification.

The medical science Is a subject that associates pharmaceutical and chemical research with human being. The research areas comprises of "Pharmaceuticals", "Medical Pharmacy", "Health pharmacy" and "biopharmaceutical". Pharmaceutical is the subject comprises of the production of medicine/drugs, the R&D of drugs, the manufacturing technology of the drugs and also to ensure the safety usage/consumption of the drugs.  
In "Medical Pharmacy" will require to know the relationship between the human body and drug, medicine dispensing, usage and management of the drugs. "Health Pharmacy" is the study of chemical substances on drug safety and environmental impact, in order to maintain human health and enhance physical fitness. "Biopharmaceutical" research is to examine the nature of organisms (such as microorganisms, etc.) and to use it as drug to treat human.
The Pharmaceutical Study consists of two education duration i.e. 6 years and 4 years, do take note of the differences.  "Medical Sciences" and "Pharmaceutical Sciences" have 4 years education system, the purpose is to train researchers and  pharmaceutical talent in relavant enterprises. Most of the students will sit for research exams after graduated and continue carrying out research work. The 6 years Pharmaceutical Course is to fully train a pharmacist where the  4 years pharmaceutical course is the basis and foundation of the study, the clinical subjects and experimental practice are then included in this course. With the further R&D of medicine/drugs and continous expansion of the pharmaceutical industry, the role of pharmacists has increased prominently, their scope of work has evolved from simply drugs dispensing in the past into more detailed medication instruction/guidance and drug profile management. After 4 years of study, students are required to take and pass a unified exam, then start their internship in grade 5 and 6 at the hospitals and pharmacies.

After 6 years of study, students can sit for the national pharmacist qualification test after graduation. After passing the exam, most of them can become pharmacists in hospitals or medical-related units. Besides that, they can work in pharmacies, drugstores, goverment health administration departments and school. In addition, students who are graduating from the four-year course can join the R&D department of the pharmaceutical company, chemical, food, health-related enterprises and SMO (treatment facility support organization). In addition, students can choose to become MR (Medical Information Commissioner) , Medical institutions, drug sales, information providers and so on.

The major learning content of medical  technology consists of physical examination technology, means of research and development, training of clinical examination technician, diagnostic radiology technician, physiotherapy technician, operation therapy technician. These technicians are expert in various disciplines, same as medical team members, they have good medical knowledge and highly skilled. Medical skills and technology are closely related to the early detection of disease and recovery after illness. With the research of medicine, its function becomes more prominent. This subject is an indispensable part of the medical work.
The Medical Technology can be divided into three aspects i.e. medical examination, rehabilitation and other professiona.  Medical test and examination primarily check the human body blood, urine, ECG, X-ray diagnosis of human physiological conditions. Due to the complexity of modern diseases, the scope of clinical examination is more extensive, and the medical technology is more complicated. Therefore the study of medical technology requires higher standard in terms of the depth and breath.
The Rehabilitation Professional can be broadly divided into three categories: science therapy, operation therapy, sensory function therapy.  Physiotherapy restore the patient's body functions through physical exercise or physical therapy. Operation therapy is to allow patients to do some practical operation to restore their ability to live ownself and their social adaptability. Sensory function therapy is the main treatment for people with language dysfunction and visual impairment. Acupuncture is one of the subject in this field. Acupuncture is not a popular subject but there are still some schools are teaching this subject.
There is a lot of practice training courses for medical technology-related professions, they will be able to learn something from the actual field exeprience during their internship and play a significant role in future, and it will be very meaningful for them.

Students who graduated and passed the national examinations will be able to utlise their expertise, contributing to the community, or join the medical team.  Most of the medical technology graduates choose to work in university hospitals, private hospitals, clinical examination centers, health centers, elderly health care institutions, elderly special care homes , and many students work in the medical and health equipment manufacturing industry, prosthetic manufacturing,  business and other private enterprises.
In addition, there are more students choose to further their study, they strive to be more than a technical staff, replenishing and acquiring more knowledge and undergo more training, also to ensure they can adapt to the ever-changing medical science.

Nursing is divided into two categories. The first category is to learn basic nursing techniques and basic knowledge of nursing, and the other category is to learn how to take care of the elderly as well as the clinical application of nursing.
With the progression of medicine study, nursing involve helping patients to get through and survive in the treatment room the last time, how to motivate the patients suffering from chronic diseases to continue living, these spiritual aspects of the work are getting more attention. Therefore nurses are not only a professional caretaker or physician assistant, they have good medical knowledge, concern about the patients mental and emotional condition, collaborate well with the doctors, work solely to complete the spiritual side of the medical work.
In the nursing institution or university, there are more on the job training provided as their core subject and more medical field practice as one advancing to a higher grade. The practical engagement with the patient can be the most meaningful phase of nursing study. Recently, there are a number of courses that focusing on improving the competence of the nurses communication and their awareness as a nursing staff.

When it comes to nursing staff, it's easy to relate to hospital or clinic, but it's not just that. Recently, there is a growing number of patients who wish to receive treatment at home, and the demand for child care is also increasing hence the requirement for nursing care started to diversified.  As a result, nursing staffs can work in many areas, such as home care, welfare services for the elderly, social welfare agencies and other more diversified scope of jobs.
Besides that, some graduates choose to take the postgraduate examination to acquire more professional nursing knowledge. There are also some who choose to work in the hospital to gain some experience first and then continue to further study.

In the Japanese society, the sign of "the aging of young population" become worse, homecare, medical care treatments become more important. The traditional way of Medical treatment needs to be re-examined, and gradually evolving into a new extensive way of medical treatment. The new extensive medical treatment includes early detection and prevention of pathology, which takes into account all aspects of human physical, social and psychological aspects of the possible problems. The handicapped and disabled person will be able to live independently in the local society, thus the positive thinking of living a normal life with the public is established gradually. Although homecare and welfare are closely associated with medical care however these fields have not been handled and managed well enough with medical care. Therefore these fields have rising expectations and anticipation from the society and hence it is essential to train specialised personnel with relevant expertise and skills.
Healthcare enhances social well-being through comprehensive research on physical and mental health maintenance, prevention, early detection, treatment and recovery of diseases. Medical care is based on the pathology and use it as a research subject, healthcare includes the health of the individual as a whole as its study subject. Welfare is a subject to explore ways to assist and support the weak, elderly, handicapped and children. The primary goal is to train more social workers, improve social welfare and well-being.
Not to mentioned, these roles require people with great love and a noble and understanding personality as a prerequisite when they come across people who needs help. In both areas of healthcare and welfare, one should not only have sociology and education related knowledge and ethnics,  but one should also need to deal with various problems with the ability to adapt and solve problem in time.

First of all, the most important thing to take note is even the students have graduated from a university in Japan and obtained some of the above-mentioned national qualifications, in principle, in Japan is unable to issue visa to foreign workers in these specialized or technical field. Although the Ministry of Justice of Japan has issued a plan to examine the visa exemption for foreigners specializing in the field due to social needs, however there is still no corresponding legal change as of March 2014.
Nevertheless, if you have studoed this subject and qualified, you can look forward to work in the medical related enterprises or organisation as a competitive position. In addition, due to the aging of society and young people, talent shortage has become a major problem, a number of policies/laws needs to be amended to add a glimpse of hope to the improvement of the employment situation.