University of Ljubljana

What you'll study

The PhD in Built Environment is an independent, research-led programme centred on a doctoral dissertation, supervised by faculty from the Faculties of Architecture, Civil and Geodetic Engineering, and related departments. Candidates develop a research proposal in fields such as urban design and planning, building physics and materials, energy-efficient and low-carbon construction, housing studies, infrastructure resilience, digital construction and BIM, heritage conservation, and socio-technical aspects of the built environment.

Alongside the doctoral research, students normally take advanced seminars and elective modules that complement their project. Typical taught components include:

• Research methodology and epistemology for the built environment
• Advanced topics in urban theory and spatial planning
• Building performance, energy and sustainability
• Construction management, risk and lifecycle assessment
• Digital methods: GIS, BIM and computational design
• Heritage, conservation and retrofit strategies
• Quantitative and qualitative analytical techniques (statistics, modelling, ethnography)

Doctoral training emphasises original research, publication in peer-reviewed journals, participation at conferences, and collaboration with industry, public agencies or international research networks. The programme culminates in a written thesis and an oral defence before an academic committee.

Entry requirements

Applicants are expected to hold a relevant Masters degree (or equivalent) in architecture, civil engineering, urban planning, building physics, environmental engineering, geography or a closely related discipline. Strong candidates will demonstrate prior research experience, an aptitude for independent study, and a coherent research proposal aligned with the expertise of University of Ljubljana supervisors.

Typical supporting documents include a curriculum vitae, academic transcripts, a statement of research interests or project proposal, samples of previous academic work or publications, and letters of recommendation. International applicants may also need to demonstrate proficiency in English; some research projects may require knowledge of Slovene for local fieldwork or collaboration with domestic stakeholders.

Admission is competitive and usually involves an assessment by potential supervisors and a faculty doctoral committee. Candidates may be expected to attend an interview or present their proposed research.

Career prospects

Graduates of the Built Environment PhD pursue a wide range of careers across academia, industry and the public sector. Common pathways include:

• Academic and research positions: postdoctoral researcher, university lecturer or research fellow in architecture, planning or construction technology departments.
• Professional practice and consultancy: senior roles in urban design firms, engineering consultancies, sustainability and energy advisory services, building performance assessment and heritage conservation practices.
• Government and policy: specialist advisers for municipal planning departments, national ministries, housing agencies and infrastructure authorities.
• Industry leadership and innovation: R&D roles in construction technology firms, smart city initiatives, materials manufacturers and digital design companies.
• International organisations and NGOs: roles in urban development programmes, environmental planning and resilience projects.

Doctoral graduates are equipped to lead interdisciplinary teams, contribute to evidence-based policy, and drive innovation in sustainable and resilient built environment solutions.

Why study at University of Ljubljana

The University of Ljubljana is Slovenia's largest and oldest higher-education institution and offers strong interdisciplinary links between architecture, engineering and environmental sciences. The doctoral training leverages specialised laboratories, building performance testing facilities, GIS and digital design studios, and active research groups focused on urban sustainability and construction technology.

Students benefit from collaboration with local municipalities, research institutes and European research networks, enabling applied and policy-relevant projects. Ljubljana's compact urban context and Slovenia's diverse landscapes provide a practical living laboratory for studies in urbanism, heritage conservation and low-carbon construction.

Supervision is provided by experienced academics with international publication records and industry connections, supporting candidates to publish, secure research funding and build professional networks regionally and internationally.