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Institution profile

Warsaw University of Technology

PolandEurope

#487

QS World University Rankings 2026

32.8

QS 2026 overall score

QS World University Rankings data

Ranking data

QS World University Rankings source

#487

QS World University Rankings 2026

#527

QS World University Rankings 2025

32.8

QS 2026 overall score

QS 2026 indicators

Indicator-level data

Each card keeps the QS 2026 score and rank separate. A missing value is not estimated.

Academic reputation

QS 2026 score
28.4
QS 2026 rank
#442

Employer reputation

QS 2026 score
72.4
QS 2026 rank
#137

Faculty-student ratio

QS 2026 score
55.7
QS 2026 rank
#337

Citations per faculty

QS 2026 score
9.5
QS 2026 rank
#801

International faculty ratio

QS 2026 score
3.4
QS 2026 rank
#801

International student ratio

QS 2026 score
17.6
QS 2026 rank
#771

International student diversity

QS 2026 score
23.7
QS 2026 rank
#710

International research network

QS 2026 score
63.8
QS 2026 rank
#638

Employment outcomes

QS 2026 score
15.9
QS 2026 rank
#801

Sustainability

QS 2026 score
38.4
QS 2026 rank
#801
University profile

About Warsaw University of Technology

Warsaw University of Technology links faculty-based work with interdisciplinary research centres

Warsaw University of Technology reports research through nineteen faculties, one college, and additional academic research centres. Its English research page describes those centres as academic and industrial units that undertake interdisciplinary research, service, training, and promotional activity. This structure matters for a reader who is trying to place a technical question. A faculty can provide a disciplinary home, while a research centre may bring several fields into contact around a shared object or problem. The two forms of organisation are connected, yet their roles are not identical. A faculty name may tell a reader where a subject is taught and studied; a centre page may give a more focused clue about a particular research setting.

The listed centres include work connected with functional materials, power engineering and environmental protection, sustainable energy systems, aerospace engineering, advanced materials and technologies, and preclinical research and technology. These titles distinguish questions that might otherwise be placed under general engineering or technology. A materials question may need experimental properties, fabrication, imaging, or computation. An energy question can involve a physical system, environmental conditions, control, policy, or infrastructure. A preclinical technology question raises a different set of evidence and ethical considerations. The centre list helps locate possible pathways; a current local description remains necessary before calling one of them a close research fit.

Public Warsaw University of Technology reports show how a broad technical map becomes a specific question

The English university home page has carried reports on social polarisation, a Mars Rover Test Field, smart streetlights with environmental sensing, and technical work by student teams. These reports make several kinds of research object visible. A study of polarisation may use social or network data and require careful interpretation of behaviour. A rover test field suggests a physical testing environment, surface conditions, navigation, or sensor work. Smart streetlighting raises questions about urban systems, data collection, air quality, noise, energy use, and public infrastructure. These reports are examples, not evidence of continuing commitments across every faculty or centre. They are more valuable as illustrations of how a general technical setting can contain sharply different research problems.

That contrast also helps clarify the evidence needed for a topic. A social-systems question may use records, models, surveys, digital traces, or experiments. A mobile-robotics question may involve prototypes, terrain tests, visual information, or control data. An urban sensing question might rely on measurements over time, system design, environmental variables, or municipal context. The profile becomes more useful when it names evidence, not only the university. A current centre, faculty, project, laboratory, or researcher page can then be checked for the exact object and practice. Without that local step, a headline remains a discovery lead rather than proof of an ongoing route for a particular inquiry.

Make a Warsaw University of Technology note specific enough to verify

For Warsaw University of Technology, begin with a bounded technical or social-technical problem. It could be a material behaviour, an energy system, an environmental measurement, an aerospace test, a biomedical technology, a transport condition, a network pattern, or an urban device. Then name the material needed to examine it: a sample, sensor reading, image, simulation, design document, dataset, field observation, prototype, or policy record. This two-part description can be compared with a faculty and research-centre page much more accurately than an open-ended interest such as innovation or sustainability. It also makes interdisciplinary work visible without presuming that any two nearby units already share a project.

A final research note should keep four elements separate: the question, the evidence, the named Warsaw University of Technology setting, and the current local source that connects them. If a centre page only establishes a broad subject area, describe it as an orientation point. If a current page names a method, material, or system, that is stronger evidence of relevance. This approach respects the faculty-and-centre structure while leaving details for a local academic record to confirm. The result is a practical profile that invites closer research rather than a collection of broad claims.

Institution record

Country
Poland
Region
Europe
Status
Public
QS size code
L
Profile record updated
July 24, 2026

This date shows when this profile was refreshed. It is not a source-verification date from QS or the university.

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