Taras Shevchenko National University of Kyiv

Taras Shevchenko National University of Kyiv lists faculties in chemistry, computer science and cybernetics, economics, geography, history, information technology, law, mechanics and mathematics, philosophy, physics, psychology, radio physics and electronics, and sociology. Its institutes include biology and medicine, geology, high technologies, international relations, journalism, philology, and other specialist areas. This structure lets a student move from a general topic into a named department, but the question and method should decide the academic home.

The Faculty of Information Technology identifies software engineering, computer science, cybersecurity, information systems and technologies, and telecommunications and radio engineering. These areas can support work on secure systems, networks, software, data, or digital infrastructure. The Faculty of Mechanics and Mathematics provides routes for mathematical models, mechanics, statistics, and computation, while physics, chemistry, biology, and geology add laboratory and earth-system settings.

A project in computer science or cybernetics should state its system, dataset, algorithm, and evaluation task. Information technology and radio physics may need a device, signal, network, or communications environment. Biology and medicine require an organism, cell, population, or health setting, while geology and geography depend on rocks, maps, field sites, remote sensing, or spatial models. Chemistry and physics need samples, instruments, physical processes, or controlled measurements.

The university's humanities and social-science units create a different evidence path. History uses archives and records; philology works with languages and texts; journalism examines media and public communication; sociology and psychology need people, organisations, or observed behaviour; economics and law work with institutions, rules, markets, and decisions. An interdisciplinary proposal should make clear which field owns the central result and which other field provides a supporting method.

Start with the faculty and department that can answer the question. A software study needs code and a test environment. A cybersecurity study needs a system, threat model, and evaluation. A physics or chemistry project needs a material, instrument, or experiment. Geography and geology need a place, map, sample, or spatial record. A history, language, or social study needs a defined archive, corpus, institution, community, or media set.

For KNU Kyiv, record the faculty, institute, method, teaching language, expected result, and a live programme or researcher page. A research laboratory can point to equipment and people, but it does not by itself describe an open project. Mark the route as computational, experimental, mathematical, field-based, clinical, archival, textual, or policy-oriented. Name the codebase, instrument, field site, archive, dataset, or participant group required by the plan before comparing it with your preparation. Kyiv can be the setting, a comparison point, or simply the location of the research team, so state which role it has in the design. This is important for work on regional policy, public health, environmental change, history, language, or urban systems, where place can shape both the evidence and its interpretation. The faculty map is broad enough that this one sentence can prevent a vague technology or social-science label from deciding the route. A route note can then distinguish a computational result from an archival or community result even when both use the same city.