Nuclear Energy Engineering at Ankara University aims to train engineers who will contribute to safe, efficient and innovative use of nuclear energy and related technologies. The programme combines fundamentals of physics, engineering, materials science, and nuclear technology. Students learn about nuclear reactors, radiation safety, reactor design and operation, radiation protection, nuclear fuel cycle, and energy production — gaining both theoretical knowledge and practical lab/ research training. The curriculum is structured to prepare graduates for roles in nuclear power plants, research institutions, radiation safety, nuclear technology development, and energy sector at national or international level.
Located in Ankara, Turkey’s academic and research hub, this programme benefits from access to nuclear research infrastructure and collaboration opportunities with institutions engaged in nuclear science and technology. Considering global energy demands and growing interest in sustainable energy sources, Nuclear Energy Engineering offers a future-oriented education aligning with both national energy strategy and global developments.
Key information
Key Facts
- Degree: Bachelor of Science (B.Sc.) in Nuclear Energy Engineering
- Standard period of study: 8 semesters / 4 years
- Location: Ankara, Türkiye
- Study Type: Undergraduate (full-time)
- Admission semester: Fall / as per national admission procedures
- Area of study: Nuclear Physics, Reactor Technology, Radiation Safety & Protection, Nuclear Materials, Energy Systems, Nuclear Engineering
- Admission modus: National university admission (SAY-type or equivalent)
- Main language: English
Program Structure
Semester 1 – Foundations of Physics & Mathematics
- Calculus I & Mathematics for Engineers
- General Physics I (Mechanics)
- Chemistry I / General Chemistry
- Introduction to Nuclear Energy and Engineering Principles
Semester 2 – Core Physical Sciences & Basic Engineering
- Calculus II / Linear Algebra & Differential Equations
- General Physics II (Electromagnetism & Waves)
- Materials Science / Engineering Materials
- Computer Programming / Computational Methods for Engineers
Semester 3 – Nuclear Fundamentals & Engineering Basics
- Classical and Modern Physics (Quantum Mechanics, Atomic Physics)
- Heat Transfer & Thermodynamics
- Materials for Nuclear Applications
- Electrical Circuits / Control Systems Basics
Semester 4 – Reactor Physics & Nuclear Technology
- Nuclear Physics & Reactor Theory
- Radiation Physics & Radiation Protection Principles
- Instrumentation and Measurement Techniques
- Nuclear Materials & Fuel Cycle Fundamentals
Semester 5 – Applied Reactor Technology & Safety
- Reactor Design and Operation Principles
- Thermal-Hydraulics of Nuclear Systems
- Nuclear Safety & Environmental Impact
- Elective / Engineering Elective I
Semester 6 – Radiation Protection, Nuclear Systems & Lab Work
- Radiation Safety and Dosimetry
- Nuclear Systems Maintenance & Control Systems
- Nuclear Waste Management & Regulatory Standards
- Laboratory / Simulation Work for Nuclear Systems
Semester 7 – Advanced Topics & Professional Practice
- Nuclear Power Plant Engineering & Operation
- Nuclear Project Management, Risk Analysis & Reliability Engineering
- Elective Courses (e.g. Renewable + Nuclear Hybrid Systems, Nuclear Materials R&D)
- Internship / Industrial or Research Placement
Semester 8 – Graduation Project & Career Preparation
- Bachelor’s Thesis or Capstone Project (Design, Research or Safety Study)
- Seminar & Scientific Presentation Skills
- Professional Ethics & Regulatory Standards in Nuclear Engineering
- Career Preparation & Portfolio Development
Career Opportunities
Graduates of Nuclear Energy Engineering can work as nuclear engineers in power plants, energy companies, research and development centers, nuclear safety and radiation protection agencies, nuclear material production and management firms, environmental monitoring institutes, and regulatory bodies. They may also pursue postgraduate studies (M.Sc./Ph.D.) in nuclear engineering, reactor design, radiation physics, or related fields — or engage in nuclear R&D, energy policy, safety engineering, or academic careers.
Why Choose This Program
Choosing Nuclear Energy Engineering at Ankara University means joining a forward-looking, technically advanced programme designed for the challenges of global energy demands and sustainable development. The curriculum’s integration of physics, materials science, engineering fundamentals, and nuclear-specific training equips students with deep scientific understanding and practical skills — a combination that is rare and valuable in energy and technology sectors.
The programme’s potential for interdisciplinary collaboration, nuclear-research opportunities, and alignment with national energy strategy make it a strong choice for students interested in shaping the future of energy, contributing to safe nuclear technology, and advancing in high-responsibility engineering careers.
Contact Information
Ankara University – Institute of Nuclear Sciences
Nuclear Energy Engineering Department
Beşevler / Tandoğan, 06100 Ankara, Türkiye
Tel: +90 312 212 85 77
Fax: +90 312 215 33 07
Email: nukbile@ankara.edu.tr
Student Affairs – Institute of Nuclear Sciences
Beşevler / Ankara, Türkiye
Tel: +90 312 212 85 77 (Student Affairs Desk)
Fax: +90 312 215 33 07
Email: ogrenciisleri@nukbilimler.ankara.edu.tr
International Office – Ankara University
Dögol Caddesi, 06100 Tandoğan, Ankara, Türkiye
Tel: +90 312 212 60 40
Fax: +90 312 213 67 47
Email: international@ankara.edu.tr
