Bachelor of Science in Chemistry (STEM)

at State University of New York - Oswego USA

This major prepares you for the growing importance of analyzing and understanding data and statistics. You can choose the bachelor of arts in mathematics to focus more on theory, or the bachelor of science in applied mathematics to examine practical applications in science and operations research. Small classes provide you with individual attention from professors who actively involve you in the learning process.

With the department’s approval, enter the honors program in mathematics, where you’ll have the opportunity to pursue advanced topics and work with faculty one-on-one. For an even greater challenge, work on an independent study. Add to your resume with internships and co-op opportunities.

In this program, we aim to develop your skills and aesthetic understanding in an artistic discipline. Students are required to take courses that blend studio practice with references to art history and theory. You have the chance to work closely with teachers who are committed to creative work in their own field and encourage students to follow the same path. The program encourages you to strive for the creation of a significant body of art work representing very high levels of achievement.

This selective program emphasizing studio art includes several phases of professional competence in the department with the possible inclusion of other disciplines outside the department when necessary.

Our bachelor's in applied mathematics examines the practical applications of mathematics in science and operations research. Your degree prepares you for the growing importance of analyzing and applying statistics and data.

With the department’s approval, enter the honors program in mathematics, where you’ll have the opportunity to pursue advanced topics and work with faculty one-on-one. For an even greater challenge, work on an independent study. Add to your resume with internships and co-op opportunities.

The program instills the ability to speak and write clearly, present logical arguments, imagine diverse possibilities, defend a position and appreciate alternative points of view — skills important to your employability, job security, advancement and ultimate satisfaction in life.

To integrate research results from a wide range of disciplines into a more complete understanding of the mind, the programs draw on methods associated with psychology, computer science (artificial intelligence), linguistics, philosophy, anthropology and biology. You’ll start building a solid foundation in the field through two introductory courses that focus on the core values of cognitive science and the seminal ideas associated with contributing disciplines and the brain, mind and consciousness. In addition to learning more about yourself, you will be better equipped for success in our technologically vibrant society.

Enroll in our BA degree program and select a set of three upper-division courses from a broad range of options — including Neural Networks, Cognitive Musicology, Computational Linguistics, Cognitive Neuroscience, Evolutionary Psychology and Artificial Intelligence. Or choose our more tightly focused BS degree program and pursue additional coursework in psychology and computer science. Use your nine-semester-hour learning agreement to explore a particular aspect of the field in depth — and develop your own interest into a wealth of focused knowledge.

State-of-the-art facilities in the Shineman Center include workspaces configured for class-based, small-group and individual activities. Our labs provide a great learning, testing and training ground for future success.

Our bachelor's in applied mathematics examines the practical applications of mathematics in science and operations research. Your degree prepares you for the growing importance of analyzing and applying statistics and data.

With the department’s approval, enter the honors program in mathematics, where you’ll have the opportunity to pursue advanced topics and work with faculty one-on-one. For an even greater challenge, work on an independent study. Add to your resume with internships and co-op opportunities.

The curriculum explores the diverse experiences, perspectives, culture, history and significant contributions of women. This interdisciplinary major is designed to develop a broad understanding of the study of gender and women, investigate women's contributions in all areas of academic scholarship, and explore the relationship between cultural definitions of feminine and masculine behaviors and the realities of women's and men's lives. Choose from core or concentration courses to design programs that fit your specific interests and career orientation.

Take advantage of opportunities for learning beyond the traditional classroom by applying for internships, independent studies and seminars under the mentoring of an academic adviser. The program collaborates closely with the Women’s Center, a student organization that puts classroom instruction into practice. Get involved the annual Women Aloud program of performers, poets and speakers that raises funds for scholarships in this program.

Throughout the interaction design program students will focus on experimentation, prototyping, iteration, storytelling and problem solving, and continually develop their skills through discussions and critiques.

Our outstanding digital studios are equipped with industry-standard programs and technologies to support a wide range of projects in a hands-on studio environment. In addition to studios, our “maker-spaces” assist students in preparing portfolios and framing, digital photography, audio/video production, and sensor technology for interaction projects.

Clubs including Arts Alive and Break Thru Design let you connect and collaborate with peers to develop additional portfolio pieces, while internships and co-op opportunities add to your professional qualifications.

After graduation, students will be prepared to enter and lead in fields including user experience, user interface, extended reality, multimedia design, motion design, web design, product design, 3-D design and printing, and other emerging fields.

Biochemists explore the molecular nature of cells, study the development of illnesses, search for new drugs, predict undeveloped/inherited health problems and help forensic experts identify criminals. Our undergraduate curriculum includes chemistry, mathematics, physics, genetics and biology. Accredited by the American Chemical Society and ranking in the top three in the number of certified degrees awarded in New York, our biochemistry degree will help you pursue graduate study, attend health-related professional schools, or work in entry-level positions at laboratories or in pharmaceutical and biotechnology industries.

Join the student affiliate of the American Chemical Society (ACS), which offers free tutoring and other services — and has often been cited as one of the most outstanding in the country. Excel and you may qualify for the chemistry honors program, which emphasizes independent study and research — or even the national honor societies Sigma Xi and Phi Kappa Phi.

SUNY Oswego’s Molecular Biology and Biochemistry Research Center — the research and teaching facility where you’ll take a number of your lab classes — conducts important work in cancer and anti-diabetic drug discovery, the effects of lead on the cardiovascular system, ecological and genetic studies and more. Updated and powerful labs in the Shineman Center will aid all your research pursuits.

Requirements allow substantial freedom for students both in designing individual programs within economics and in balancing the programs with subjects in other disciplines. Choose from a wide variety of economics courses, including relatively unique offerings such as American economic history, the economics of gender and baseball economics. Excel and you may qualify for our honors program, which includes a course in econometrics and an advanced independent study.

Take advantage of internships: Oswego students have interned at major banks and investment institutions, and worked as teaching assistants and peer tutors. Participate in national and regional competitions such as the College Fed Challenge, which encourages students to learn more about the U.S. macro economy and the Federal Reserve System. Our Enactus student organization designs educational projects to help developing countries better understand free-enterprise principles. Conduct and present your own research in the senior capstone seminar.