Science and engineering is a field of study that, at times, can be overwhelming for students. One of the best routes to overcome this is to find an adviser who specializes in this field. Science and engineering is a field that combines both physical sciences with engineering, which means they study many different fields in combination. Some of the study areas are plasma physics, condensed matter physics, chemical engineering, and electrical engineering. Science and engineering is an interdisciplinary subject often encompassing computer science, mathematics, and their applications:
A career in science and engineering may not be the only goal. Many students opt to go on to become either university professors or members of research and development laboratories. Science and engineering graduates will have a wide range of possible employment options ranging from student researchers to laboratory assistants to full professorships. Other employment options include teaching, administrative positions, consultant positions, public policy positions, and business positions in the scientific, technological, and management communities.
There are various clubs, organizations, professional associations, and grants and scholarships for students interested in pursuing a degree in science and engineering. There are many clubs and groups located on the campuses of colleges and universities throughout the world. The American Association of College Chemistry offers several clubs, including one specifically for students studying in Korea. The association has chapters in Seoul, California, New York, Los Angeles, San Francisco, Washington D. C., and many cities across the United States.
Seoul University has developed a very strong interdisciplinary program that links Korean science and technology with international science and technology development. Programs include Joint Technology Research Programs, which are collaborations between the two sides. The program also creates links between the faculties of science and technology departments at the university. This has led to the establishment of about 80 interdisciplinary study centers. Some of these centers conduct research for specific science and technology development areas such as nanotechnology, materials science, digital technology, applied physics, etc. A number of these centers conduct joint research programs with the Japanese and Swedish research universities.
There are many projects at Seoul University that aim at the promotion of scientific and technological advances. One of these projects is Project Quantum, which is aimed at developing a powerful laser. The research is mainly done through the National Science Council's auspices, with the main goal of applying science and technology to society. The project conducts various experiments, which are used to study the role of probabilistic or statistical concepts in predicting and analyzing various scientific outcomes. In addition, it tries to develop new methods and tools for future scientific and technological developments.
An example of a project dealing with experimental methodology is developing a neuropsychological test battery, which helps determine abnormal behavior and abnormal intelligence. Another important project undertaken by Seoul University is its Computational Genomics project. This involves developing the concepts of genetic programming, evolution, artificial intelligence, and protein structure that will ultimately contribute towards the advancement of our science and technology. The concepts developed from this project will form an essential part of the emerging fields of bioinformatics and computer science.
All in all, we can assume that there is continuous involvement of science and technology in improving the quality of life.