Physics Engineering
The Physics Engineering programme at Istanbul Technical University is a four-year bachelor’s degree taught partly or fully in English. In this programme, you study the structure and laws of nature — how matter works, how forces and energy interact, and how physical systems behave at many scales. You learn core physics topics: mechanics, electromagnetism, thermodynamics, waves, quantum and classical physics alongside strong mathematics and computational skills. Later years give the chance to focus on advanced topics and applied physics.
The programme also combines theory with experiments and engineering thinking. Students use laboratories, do experiments, apply simulations, and learn how to model real-world systems — from small particles to large physical systems. With this education, graduates gain deep understanding of physics and problem-solving skills that suit both scientific research and technical engineering jobs. Studying at İTÜ means access to experienced instructors and a department that supports both pure physics and applied physics or engineering-oriented physics paths.
Key information
Key Facts
- Degree: Bachelor of Science (B.Sc.)
- Standard period of study: 8 semesters (4 years)
- Location: Istanbul, Turkey
- Study Type: Undergraduate, full-time, English-medium (or partially English)
- Admission semester: Fall (first) semester only
- Area of study: Physics, applied physics, computational physics, engineering physics, fundamental and applied sciences
- Main language: English
Program Structure
Semester 1 – Basic Mathematics & Physics Foundations
- Mathematics I
- Physics I (Mechanics)
- Basic Chemistry / General Science
- Introduction to Computing / Programming
- Academic English / English-based Course
Semester 2 – Core Physics & Mathematics
- Mathematics II
- Physics II (Waves, Thermodynamics)
- Linear Algebra / Statistics for Physics
- Programming / Computational Methods
- Laboratory or General Science Course
Semester 3 – Core Physics & Engineering Tools I
- Electricity & Magnetism / Electromagnetism
- Classical Mechanics II / Mechanics & Dynamics
- Electronics / Intro to Experimental Physics
- Computational Physics / Simulation Techniques
Semester 4 – Advanced Physics Concepts I
- Quantum Physics I
- Optics & Wave Physics / Modern Physics
- Mathematical Physics / Differential Equations
- Laboratory or Lab-based Physics Course
Semester 5 – Applied & Theoretical Physics I
- Thermodynamics & Statistical Physics
- Solid State Physics / Material Physics or Applied Physics Elective
- Numerical Methods / Computational Physics
- Elective or General Education Course
Semester 6 – Applied & Theoretical Physics II
- Quantum Physics II / Advanced Quantum Mechanics
- Nuclear / Particle / Atomic & Molecular Physics (optional)
- Research Methods / Scientific Writing
- Elective or Lab Course
Semester 7 – Specialization & Research Project
- Special Physics Elective (e.g. Astrophysics, Photonics, Nanophysics)
- Computational Physics or Simulation Project
- Seminar / Research Methods / Technical Writing
- Elective or General Course
Semester 8 – Final Project & Graduation Preparation
- Final Year Project or Thesis-style Research
- Advanced Elective or Specialization Course
- Career/Professional Development Course
- Graduation & Diploma Preparation
Career Opportunities
Graduates of Physics Engineering can work as research scientists, technical engineers in physics-based industries, data scientists, simulation & modelling experts, R&D engineers, or specialists in sectors like energy, materials, electronics, optics, aerospace, or environmental physics. They may join universities, research centres, technology firms, national labs, space and defense industries — or choose to continue with graduate studies (MSc / PhD) in physics, engineering, applied physics or interdisciplinary fields. This wide scope makes Physics Engineering graduates flexible and adaptable to many career paths.
Why Choose This Program
This programme gives you deep knowledge about how the universe works — from fundamental laws of nature to advanced physical systems — while teaching you practical skills in computation and engineering. You not only learn theory but also do experiments, simulations and real scientific work that build strong analytical thinking and problem-solving skills. This solid ground helps you work in research, technology or engineering sectors, or continue to graduate studies with confidence.
Also, physics is the basis of many advanced technologies — electronics, materials, energy, aerospace, quantum technologies and more. With a degree in Physics Engineering you get a broad, flexible education that allows you to work in various high-tech fields or switch focus later. The mix of science, engineering and mathematics gives you freedom to choose many career paths or research areas.
Contact Information
Istanbul Technical University – Faculty of Science (Department of Physics Engineering)
Maslak / Ayazağa Campus,
Istanbul, Turkey
Tel: +90 212 285 32 09
Email: physics@itu.edu.tr
Physics Engineering Department – Programme Office
Istanbul Technical University
Tel: +90 212 285 32 09
Email: info@fizik.itu.edu.tr
