Serbia Builds Nuclear Expertise Base Before Any Reactor Decision

Serbia’s nuclear energy strategy is moving into an institutional development phase, with the focus shifting toward education, research capacity and workforce preparation rather than immediate reactor construction. A memorandum signed between the Vinča Institute of Nuclear Sciences and the Faculty of Technical Sciences in Novi Sad (FTN) establishes cooperation on joint research, educational programmes and strengthening research capabilities in nuclear and energy systems.

The partnership includes preparation of a master’s programme titled “Nuclear Energy Systems”, marking an early step in rebuilding the technical expertise required for any future nuclear programme.

Universities Prepare Workforce for Future Nuclear Sector

The planned master’s programme is expected to include updated teaching materials, laboratory work, simulation-based learning and digital education methods. Researchers and experts from Vinča Institute of Nuclear Sciences are expected to participate directly in teaching and research activities.

The initiative addresses a key requirement for nuclear development: building domestic expertise. Even when reactor technology, equipment and financing are provided by international partners, countries require their own engineers, safety specialists, regulatory experts, grid planners, emergency-response teams and radiation-protection professionals.

Serbia Reopens Nuclear Policy Options After 2024 Legislative Change

Serbia’s nuclear energy discussion changed after the country ended a 35-year ban on nuclear power plant construction in 2024. Changes to the Energy Law removed the previous legal prohibition on nuclear plants, reopening the possibility of future nuclear development.

The legislative change did not represent a decision on a specific reactor technology, location or construction schedule. Instead, it allowed Serbia to begin developing the legal, technical and institutional framework needed for a potential nuclear programme. The government has since positioned nuclear energy as a possible long-term component of energy security, decarbonisation efforts and reducing dependence on imported energy.

Government Studies Examine Potential Nuclear Development Paths

A preliminary technical study prepared with a French consortium led by EDF has outlined a possible roadmap for nuclear development. The Ministry of Mining and Energy has indicated that studies required for a government decision should be completed by mid-2027.

Current discussions include both conventional nuclear reactors and small modular reactors (SMRs), with neither option excluded at this stage. The cooperation between Vinča and FTN represents an institutional step within a broader nuclear infrastructure development process that includes regulation, safety systems, human resources, grid readiness, financing, waste management, emergency planning and public communication.

Vinča and FTN Combine Nuclear Research and Engineering Capacity

The partnership combines Vinča’s experience in nuclear science with FTN’s broader engineering capabilities. The Vinča Institute of Nuclear Sciences remains Serbia’s central nuclear research institution, while FTN Novi Sad is among the region’s largest technical faculties, with around 90 accredited study programmes and more than 17,000 students.

The proposed educational pathway is designed to support a wider industrial skills base. Future nuclear development would require specialists in electrical engineering, mechanical engineering, control systems, software, thermal hydraulics, materials science and safety management, alongside nuclear physics expertise.

International Cooperation Planned Through European and Global Networks

The memorandum includes cooperation opportunities through Euratom, Horizon Europe, the European Nuclear Education Network and the International Atomic Energy Agency (IAEA). The approach aims to connect Serbia’s nuclear education and research activities with established international frameworks. For Serbia, which is outside the European Union but closely connected with European energy markets, participation in recognised international structures could support skills development, research cooperation, professional mobility and confidence in future regulatory processes.

Energy Strategy Links Nuclear Option With Long-Term System Stability

Serbia’s interest in nuclear energy is connected to wider energy-system challenges involving industrial demand, decarbonisation and electricity reliability. The country is seeking to maintain stable power supply for sectors including heavy industry, mining, manufacturing, data centres and electrified transport.

Renewable energy sources such as solar and wind can expand electricity generation capacity but require additional investments in storage, grid reinforcement, hydro flexibility and balancing systems. Serbia’s National Energy and Climate Plan includes a scenario involving nuclear power plants with capacity of up to 1,000 MW after 2040.

Financing and Institutional Readiness Remain Key Challenges

Nuclear projects require long development periods, significant capital investment, stable regulation and construction management capable of operating across political cycles. Large conventional reactors require substantial upfront financing, while SMRs continue to face questions related to commercial maturity, standardisation, supply-chain capacity and future cost reductions.

The main challenge for Serbia is therefore not only technology selection, but the sequence of institutional development. The Vinča–FTN initiative focuses on creating the foundation required before major procurement decisions, including education, laboratories, simulation capabilities, research cooperation and international links. The establishment of the “Nuclear Energy Systems” programme represents an early institutional step in Serbia’s nuclear plans, focusing on professional capacity needed before any future reactor development decisions are made.