International Year One in General (3-Term Pathway) Leading to Bachelor of Arts in Physics

at INTO Group - Oregon State University USA

International Year One General will prepare you to enter the second year of one of OSU's many undergraduate degree programs. Upon successful completion of International Year One and meeting university requirements for undergraduate admission, you may enter your next term of undergraduate study at Oregon State University. This transition from an INTO OSU program to a university program is called progression.

Economics
The department offers four different paths in the major and a minor:

• General Economics Option - Organizations want employees who can think, communicate orally, write, and solve problems, and who are comfortable with quantitative analysis.
• Managerial Economics Option - The Managerial Economics Option is an interdisciplinary program which allows students to use business classes toward the requirements of the economics degree.
• Law, Economics and Policy Option - The Law, Economics and Policy Option is an interdisciplinary program drawing from political science and philosophy courses as well as economics.
• Mathematical Economics Option - As the economics profession becomes increasingly mathematical, economics majors who plan to go to graduate school need a strong math background.

International Year One program in Science will prepare you to enter your next term of a bachelor’s degree program at Oregon State University. Upon successful completion of International Year One and meeting university requirements for undergraduate admission, you may enter your next term of undergraduate study at Oregon State University. This transition from an INTO OSU program to a university program is called progression.

Chemistry
An undergraduate degree in Chemistry opens a gateway to many professions or further studies in graduate school or professional schools, like medical school.  A Chemistry degree provides a solid foundation for many professions including teaching, forensics, biotechnology, medicine, materials science and nanotechnology, chemical processing, electronics, agricultural and food science, oceanography, and environmental science.  At OSU, we provide a very flexible curriculum that can be tuned to your interests.  Check out the options we have for you!

Chemical engineering is the study and modeling of systems where heat and fluid flow are coupled with chemical reactions. Examples of systems are the human body, ground water, the atmosphere, the ocean, and chemical reactors. Natural systems are measured and modeled in order to understand present and future behavior. Man-made systems are specifically designed to convert raw materials into more useful products.

Making useful products requires using mathematics and science to plan, develop, design, operate, and improve processes. Some processes are micro-scale, as in computer chip manufacturing, and some are large-scale, as in petroleum refining. Typical products from these processes include computer chips, solar cells, batteries, pharmaceuticals, plastics, synthetic fibers, composite materials, pulp and paper, and consumer products ranging from detergents to cosmetics. Chemical engineers find employment in large high-tech companies, environmental consulting firms, large commodity companies and small software companies. Employment prospects for graduates in Oregon and the Pacific Northwest are strong.

The Design and Human Environment program prepares students for college and university teaching, research and creative scholarship; careers in design, product development, product quality assurance or merchandising; historic/cultural research, collection management, and preservation of textile and architectural artifacts; and public policy.

Research is a central component of the DHE graduate program. Students have an opportunity to work on research and creative scholarships with internationally recognized faculty members who have published in the areas of historic costume, human behavior and the near environment, apparel design, interior design, fashion theory, consumer behavior, and housing.

Students who apply for admission to the program must submit GRE scores, a one-page statement of professional goals including a time schedule for completion of the degree as well as the program and area of concentration they wish to pursue, and three letters of reference. Students are encouraged to begin graduate study fall term. Completion of the degree in summers only is not possible because of course offerings.

An INTO OSU Graduate Pathway program in Environmental Engineering will prepare you to enter your next term of a master’s degree program at Oregon State University. Upon successful completion of the Pathway program and meeting university requirements for graduate admission, you may enter your next term of graduate study at OSU. This transition from an INTO OSU program to a university degree program is called progression.

Environmental Engineering

Graduate studies in Environmental Engineering at Oregon State University emphasize the understanding of fundamental scientific and engineering principles to manage and solve environmental problems in natural and engineering systems. The instructional program is designed to develop strong analytical, design, and management capabilities in the application of biological, chemical and physical processes. Students are prepared for careers in consulting and design, environmental monitoring and management, or teaching and research. Research focuses on hazardous substances, environmental microbiology, fundamentals of transport processes in the environment, environmental chemistry, and groundwater and surface water resources.

The School of Chemical, Biological and Environmental Engineering offers Master of Science (M.S.), Master of Engineering (Coursework Only), (MEng), and Doctor of Philosophy (Ph.D.) degrees in Environmental Engineering. The program is tailored to individual student needs and professional goals. A diversity of faculty interests, broadened and reinforced by cooperation between CBEE and other engineering departments and research centers on campus, makes tailored individual programs possible.

Our Master's International Direct pairs a Direct Entry I-20 with customized support during the first term of students' graduate studies in MEng Computer Science. Students will benefit from increased support throughout the predeparture and academic journey as they study alongside domestic students.

The School of Electrical Engineering and Computer Science at Oregon State University provides a comprehensive, state-of-the-art education that prepares our students to be successful in engineering practice, advanced studies and research.

The computer science master's program provides advanced instruction beyond the undergraduate degree. It prepares students for careers in which a higher level of experience is required.

This program is geared toward filling an important and growing niche: the need for anthropologists with advanced training in applied research. Our graduates go on to careers in academia or employment in a large variety of other areas, including government agencies (recent examples include the Bureau of Land Management and the National Oceanic and Atmospheric Administration); the non-profit sector (examples include global organizations such as Oxfam, and regional organizations such as the Pacific States Marine Fisheries Commission); tribal groups around the country, and the private sector.

Bioengineering
The Bioengineering undergraduate program (initiated in 1996 as biological engineering) provides a solid background in biology (anatomy and physiology, biochemistry, molecular and cellular biology), chemistry, physics and math, in addition to the engineering sciences. Upper-level course work in bioengineering includes analysis and design of processes involving suspension and immobilized microbial cultures and the recovery of therapeutic products from bioreactors, as well as selection courses in mammalian cell culture and tissue engineering, biomedical materials engineering and cellular engineering. All students complete coursework in drug and medical device regulation as well as a capstone-design experience. Bioengineering graduates are prepared to contribute to the rapidly growing bioscience-based industries, and are able to formulate and solve problems relevant to the design of devices and systems to improve human health.

International Year One General will prepare you to enter the second year of one of OSU's many undergraduate degree programs. Upon successful completion of International Year One and meeting university requirements for undergraduate admission, you may enter your next term of undergraduate study at Oregon State University. This transition from an INTO OSU program to a university program is called progression.

Biological Data Sciences
A degree in BDS provides a wealth of career and graduate school opportunities. Advances, such as next generation sequencing, drones, satellite imagery, and crowd sourcing, have transformed the life sciences by enabling data collection to occur at speeds and scales previously unimaginable. This paradigm shift in how researchers answer biological questions has resulted in an ever-increasing need for scientists with appropriate expertise in both biological and quantitative thinking

International Year One program in Science will prepare you to enter your next term of a bachelor’s degree program at Oregon State University. Upon successful completion of International Year One and meeting university requirements for undergraduate admission, you may enter your next term of undergraduate study at Oregon State University. This transition from an INTO OSU program to a university program is called progression.

Biochemistry and Biophysics
The BS degree in Biochemistry and Biophysics provides a degree path centered on the chemistry and physics of life processes with training that integrates the principles of chemistry, physics, mathematics, biochemistry, genetics, and computer science.  Biochemists explore the chemical structure of living matter and the chemical reactions occurring in living cells. Biophysicists use the methods of physical science to study the structure and functions of macromolecules and solve problems at the intersection of biological and physical sciences.