The Turkish nuclear sector extends beyond nuclear power-plant construction. It includes regulation, research laboratories, radiation applications, universities, engineering services, quality assurance, manufacturing and workforce development. Understanding these layers gives a more accurate view of the ecosystem than treating it as a single project.
Main organisations
The Ministry of Energy and Natural Resources sets the broad direction of the nuclear power programme. The Nuclear Regulatory Authority, known as NDK, regulates nuclear safety, security and radiation protection. The operator or licence holder remains primarily responsible for safety; the regulator sets requirements, evaluates applications and carries out oversight.
TENMAK, the Turkish Energy, Nuclear and Mineral Research Agency, operates research and technical infrastructure. Its Nuclear Energy Research Institute works in areas including ionising radiation, accelerators, nuclear technology, testing, training and technology development. TÜNAŞ contributes to national nuclear-project development capacity.
The Akkuyu supply chain
Akkuyu's four-unit construction programme requires civil works, mechanical and electrical systems, instrumentation, inspection, documentation and quality management. A company does not enter a nuclear supply chain merely by offering a conventional industrial product. Applicable codes, traceability, configuration control, qualified personnel and a strong safety culture are central requirements.
Local participation can include construction, manufacturing, logistics, maintenance and professional services. The lasting value of localisation depends on whether skills, certified processes and engineering knowledge can be retained and applied to future projects.
Nuclear technology outside power generation
Türkiye already uses nuclear and radiation technologies in medicine, industry and research. TENMAK's Proton Accelerator Facility supports the production and quality control of short-lived radioisotopes and radiopharmaceuticals. Other laboratories work with dosimetry, calibration, spectrometry, irradiation and accelerator technologies.
These activities create roles for physicists, chemists, technicians, materials specialists and radiation-protection professionals as well as engineers.
Skills for students and early-career professionals
The sector needs nuclear specialists, but also mechanical, electrical, civil, chemical, materials, environmental and software engineers. Project controls, procurement, law, finance, communication and human factors are relevant too.
Useful foundations include technical English, data analysis, disciplined documentation, quality systems and the ability to communicate uncertainty. In a nuclear safety culture, raising concerns and learning from small errors are professional strengths.
Students should verify internships, scholarships and vacancies through official institutional pages because conditions change quickly. Research projects, technical societies and international training materials can help them explore the field before choosing a narrow specialisation.
Where the sector may develop next
Official plans refer to additional large-scale plants in Sinop and Thrace, alongside interest in small modular reactors. These are opportunities under evaluation, not guaranteed projects. Future growth will depend on financing, technology selection, licensing, public confidence and sustained investment in people and institutions.
Sources
- Ministry of Energy and Natural Resources, Nuclear Energy in Türkiye: https://www.enerji.gov.tr/bilgi-merkezi-enerji-nukleer-enerji
- Nuclear Regulatory Authority: https://www.ndk.gov.tr/
- TENMAK, Nuclear Energy Research Institute: https://tenmak.gov.tr/nukleer-enerji-arastirma-enstitusu
- IAEA, Nuclear Knowledge Management: https://www.iaea.org/topics/nuclear-knowledge-management