Master of Arts in Human Computer Interaction (STEM)

at State University of New York - Oswego USA

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.

You may choose a concentration in global politics and governance, global political economy, global culture or area studies. Core courses encompass international and global events, organizations, structures and processes — as well as the global economy, global media and increasing worldwide cultural interconnectedness. During the senior year, you will choose either a capstone seminar in your concentration or a relevant internship in an international area. In consultation with an adviser, you can develop a more directed program of study — such as a focus on development in the Third World or on globalism.

Apply to live in the Hart Hall Global Living and Learning Center to become part of a unique community of students and faculty with a deep interest in global affairs. You’ll take at least 6 credit hours of a foreign language at the intermediate level, enhancing your ability to communicate internationally. Study abroad and deepen your understanding of the culture — and your proficiency in the language — through firsthand personal experience.`

Faculty expertise ranges across all aspects of computing, including security, databases, concurrency, parallelism, distribution, networking, enterprise systems, simulation, cognitive science, user-interface design, artificial intelligence, embedded systems and robotics.

Join the Computer Science Association, which sponsors guest speakers, conducts programming contests, arranges tours of companies that hire graduates and provides opportunities for advanced students to tutor and mentor first-year students. Pursue an internship in a company or institution, and gain software development experience in finance, defense, manufacturing, government or other fields.

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.

The program combines interdisciplinary courses from the departments of anthropology, art, economics, English and creative writing, history, music, philosophy, political science and sociology. With guidance from your faculty advisor, the program can be tailored to your interests, and culminates with a senior seminar concentrating on some aspect or period of American life.

Because of the interdisciplinary approach, students can intern in a variety of fields ranging from museums to publishers to government agencies. The city of Oswego’s rich history as a center for trade, commerce and military defense makes SUNY Oswego the perfect place to study this topic. Oswego historic attractions include Fort Ontario, a key installation in early wars; the Safe Haven Museum, commemorating a one-of-its-kind shelter for Jewish and other refugees fleeing Europe during World War II; and connections with the Underground Railroad.

Because employers look for physics graduates with a solid background in experimental methods and the use of modern electronic equipment and computers, all programs stress individual attention from faculty and practical laboratory experience. Oswego's physics program offers many hands-on opportunities in the Shineman Center through many labs and a working planetarium — as well as through sought-after internships and chances to study abroad.

Oswego offers top-notch internships, co-op opportunities and connections, most notably immersive 10-week internships at NASA's CalTech Jet Propulsion Laboratory. Participate hands-on in faculty research as part of your senior capstone experience in undergraduate research.

Physics facilities include our planetarium, computational laboratory, condensed matter physics laboratory, nanotechnology laboratory, thin films laboratory and nuclear instrumentation detectors lab, and an outdoor observatory.

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.

Our program is accredited by the American Chemical Society and is ranked in the top three in the number of certified degrees award in New York. Graduates of SUNY Oswego’s chemistry programs have gone on to study at prestigious graduate schools, and have received national recognition as chemists, researchers and educators. Outstanding labs in the Shineman Center, professors who are knowledgeable yet student-focused, active student organizations and internships at home and overseas provide a first-class chemistry experience.

Join the student affiliate of the American Chemical Society, 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. You can present your work at Sigma Xi and other conferences. A large network of internships and co-op opportunities are among the ingredients for future success.

Facilities and equipment in the Shineman Center include a scanning electron microscope, 300 MHz nuclear magnetic resonance spectrometer, scintillation counter, analytical chromatographs, preparative gas chromatograph-mass spectrometer and many computing facilities.

You will study with accomplished writers/professors as you move from introductory courses to advanced workshops. Each genre (fiction, creative nonfiction, poetry, playwriting and screenwriting) has beginning, intermediate and advanced courses. Even if you’ve never written in that genre, you’ll learn the basics, work through larger projects and progress to mastery. Critical thinking and communication skills are key components of all coursework.

Advanced creative writing courses include Memoir Writing, Horror Podcasts, Webisodes, Flash Fiction, Sitcom Writing and Blogs. Publish your work in The Oswegonian student weekly, Great Lake Review creative writing journal and Exist e-publication. Join The Creative Writing Club, Writer’s Open Forum, Storyteller’s Guild or New Voices Playwriting.

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.

Meteorologists study the atmosphere and its physical and chemical characteristics and processes, weather patterns and climate. We offer specialized study in different subsections of meteorology, atmospheric and cloud physics, climatology, instruments and air pollution.

Participate in our pioneering Storm Chasers summer program where you'll forecast, pursue and observe extreme weather through the Great Plains states. Join the campus chapter of the American Meteorological Society and attend meetings of the professional AMS with your professors. Get on-air experience as a future TV meteorologist at WTOP, our on-campus television station. Find ample chances to present your own research. Our program and alumni success opens up internship opportunities in such places as the National Weather Service, government agencies, private-sector meteorological firms and television stations.

You’ll have abundant opportunities to engage in hands-on research with faculty through the Lake-Effect Storm Prediction and Research Center. Our observation equipment constantly monitors changes in local weather, with a constant online stream of the latest observational and forecast data. A mesoscale model also provides local forecast data. Interactive graphical interfaces along with specialized graphics provide state-of-the-art visualization for meteorological data. Meteorology lab spaces in the Shineman Center offer hands-on opportunities with advanced tools like our wind tunnel and weather balloon system.