MA in Philosophy of Science

This English-taught MA program focuses on developing a rigorous, analytic grasp of foundational and conceptual issues about the sciences. You will tackle questions such as: What distinguishes scientific inquiry from other human activities? Is science aimed at discovering objective truths? How do scientific explanations work, and what role do values and expertise play in science and democratic societies? The curriculum also examines philosophical problems that arise within particular disciplines—biology, climate science, medicine, physics, psychology, and sociology—alongside selected courses in central areas of general philosophy.

The programme is deliberately interdisciplinary and analytic in orientation, training students to read, assess, and contribute to debates at the interface of philosophy and the empirical sciences. It is suited to those who want to deepen their ability to conduct careful conceptual analysis, to reason rigorously about normative and methodological issues, and to engage with both theoretical and applied questions about science in contemporary culture.

Located in the lively city centre of Hannover, the university offers an energetic academic setting for postgraduate study. The Institute of Philosophy there is the largest department in the philosophy of science in the German‑speaking world and is known for its international and interdisciplinary profile. The MA is demanding and best suited to applicants who already have a strong background in either philosophy or a relevant scientific discipline.

Requirements (concise)

• Strong undergraduate background in philosophy or in a scientific discipline
• Excellent English language proficiency
• Prior experience with critical analysis of academic texts
• Motivation to develop skills in rigorous analytical reasoning and normative deliberation

Curriculum overview

Teaching for this MA in Philosophy of Science is delivered primarily through lectures and seminars. These formats combine instructor-led presentations of core topics with seminar-style discussions, close readings, and guided debate to develop both knowledge and critical skills.

The programme’s full list of required courses and the detailed structure (module sequence, credits, and assessment formats) are published on the programme web page. Please consult that page for authoritative, up-to-date information: https://www.uni-hannover.de/en/studium/studienangebot/info/studiengang/detail/philosophy-of-science/

Key modules and learning outcomes (what to expect)

• While the exact module titles and elective options are listed on the programme page, students can expect the curriculum to engage central themes in philosophy of science—foundational theories, methodological issues, and historical/contextual perspectives—and to offer opportunities for advanced, research-oriented work.
• Typical learning outcomes include gaining a deep understanding of major theories and debates in the philosophy of science, developing rigorous analytical and argumentative skills, and acquiring the ability to design and conduct independent research (often culminating in a master’s thesis or equivalent capstone).
• The combination of lectures and seminars is intended to build subject-matter knowledge, sharpen critical reading and writing abilities, and foster oral presentation and discussion skills valued in academic and research careers.

Requirements (where to find specifics)

• Instruction format: lectures and seminars.
• Detailed required courses, programme structure, credit information, and assessment modalities: see the programme web page above.
• Official learning outcomes and module descriptions: available on the programme web page; review these to confirm exact content, progression, and research/thesis expectations.

Graduates gain advanced analytical and argumentative skills applicable to academic research, doctoral study, and roles that require conceptual clarity about science and its societal implications. The degree suits those aiming for further research in philosophy of science or related fields, as well as careers in science policy, research institutions, ethics committees, science communication, public administration, NGOs, and consulting where expertise on the role and limits of scientific knowledge is valued.

The interdisciplinary training also equips alumni to work in settings that mediate between scientific experts and wider publics or decision-makers, such as policy advisory bodies, research management, and organisations addressing science-related societal challenges.