Western Carolina University

What you'll study

This programme emphasises interdisciplinary analysis of the relationships among science, technology and society. Core subjects cover classical and contemporary STS theory, ethics of technology, science and technology policy, and research methods tailored to sociotechnical inquiry. Students examine case studies of technologies such as energy systems, biomedical devices, information and communication technologies, and environmental monitoring to understand design choices, governance, risk, and public engagement.

• STS Theory and Foundations — foundational texts and frameworks in science and technology studies, including actor-network theory, social construction of technology and feminist STS.
• Technology and Public Policy — regulation, governance, and policy analysis for emerging technologies and science-based decisions.
• Ethics, Risk and Values in Technology — ethical frameworks, responsible innovation and societal impacts.
• Research Methods for STS — qualitative methods (interviews, ethnography, discourse analysis), and mixed-method approaches; some programmes also offer introductory quantitative or computational methods where appropriate.
• Case Studies and Practicum — applied projects that may include community-engaged research, policy briefs, technology assessments or practicum placements with local organisations.
• Electives — students choose electives drawn from allied departments (e.g. environmental studies, computer science, engineering, sociology, history) to build technical depth or specialised context.

The degree normally culminates in either a capstone project or a thesis depending on the student’s orientation toward professional practice or academic research.

Entry requirements

Applicants are expected to hold a bachelor's degree from an accredited institution. Admissions are competitive and typically consider the applicant’s academic record, statement of purpose, letters of recommendation and any relevant professional or research experience. Backgrounds in the social sciences, humanities, natural sciences or engineering are all appropriate; applicants without direct STS experience should demonstrate interest through coursework, relevant employment, volunteer work or a clear research plan.

• Academic transcript — undergraduate degree with satisfactory performance in relevant coursework.
• Statement of purpose — outlining interests, proposed focus of study and career goals within STS.
• Letters of recommendation — typically two or three academic or professional references.
• Writing sample — may be requested to demonstrate ability to engage with interdisciplinary scholarship.
• Additional materials — relevant CV/resume and, where applicable, evidence of professional experience. International applicants may need to provide proof of English language proficiency per university regulations.

Career prospects

Graduates move into a wide range of roles where understanding the interaction of technology and society is essential. Typical career paths include policy analysis and advisory roles in government or NGOs, science and technology policy positions, technology assessment and ethics consulting, user experience and human-centred design teams, roles in environmental and health agencies, research positions in academic or think-tank settings, and education and public engagement positions in museums or outreach organisations.

Alumni also use the degree as preparation for doctoral study in STS, science policy, sociology of science, information studies or related fields. The programme’s practicum and project options support career-ready portfolios and professional networks in the region and beyond.

Why study at Western Carolina University

Western Carolina University offers a supportive, small-campus environment with opportunities for close mentorship from faculty across disciplines. Its location in Cullowhee provides proximity to regional industries, environmental research sites and community organisations useful for practicum placements and fieldwork. The university’s interdisciplinary culture encourages collaboration among departments—humanities, social sciences, natural sciences and engineering—allowing students to tailor study to particular technologies or social contexts.

Students benefit from WCU’s emphasis on applied learning, access to regional policy and environmental initiatives, and a community-focused approach that helps translate STS scholarship into local and practical impact.