The PhD in Physics (English) at Marmara University is a research-focused graduate programme designed for students who want to advance their knowledge of theoretical and experimental physics. It brings together scientific theory, laboratory practice, and analytical skills to help students understand the structure of matter, energy, and the physical laws that shape the universe. Throughout the programme, students work with topics such as quantum mechanics, materials science, electromagnetism, particle physics, and computational modelling. The degree is structured across eight semesters and admits students in the fall semester. With English as the medium of instruction, the programme attracts applicants from different academic backgrounds who want to continue their studies at an international level.
Situated in Istanbul, a city that hosts diverse scientific institutions and research groups, this programme gives students a strong environment for developing their research abilities. Marmara University offers access to modern laboratories, computational tools, seminars, and academic events that support students as they build their scientific careers. The programme also encourages collaboration between fields such as mathematics, engineering, and materials science, which helps students explore physics from different angles. With a focus on both academic development and practical research experience, this programme prepares graduates for advanced work in universities, research centres, and high-technology industries that rely on strong scientific expertise.
Key information
Key Facts
- Degree: Doctor of Philosophy (Ph.D.)
- Standard period of study: 8 semesters
- Location: Istanbul
- Study Type: Doctorate (full-time, research-oriented)
- Admission requirement: Master’s degree in Physics, Physics Engineering or related fields
- Admission admission method: With admission requirement (ALES or equivalent, foreign language proficiency if required)
- Main language: English
Program Structure
Semester 1 – Foundations & Core Physics Courses
- Advanced Classical and Quantum Mechanics
- Mathematical Methods in Physics
- Research Methods & Scientific Writing
- Seminar: Current Topics in Physics
Semester 2 – Core Theoretical and Experimental Physics
- Statistical Physics & Thermodynamics
- Electrodynamics / Advanced Fields & Waves
- Experimental Physics Lab or Computational Physics Methods
- Seminar: Physics Research Techniques
Semester 3 – Specialization & Research Preparation
- Selected Topics in Physics (e.g. Quantum Physics, Materials, Condensed Matter)
- Computational Physics / Numerical Methods or Experimental Techniques
- Academic Writing & Publication Skills
- Research Project I (Supervised Study)
Semester 4 – Doctoral Qualification Phase
- Written Qualification Exam
- Oral Qualification Exam
- Thesis Proposal Preparation
- Research Colloquium / Seminar Series
Semester 5 – Doctoral Research I
- Independent Thesis Research (Theory or Experiment)
- Data Collection, Simulation or Laboratory Work
- Doctoral Seminar I
- Advisor Progress Review
Semester 6 – Doctoral Research II
- Thesis Writing (Intermediate Stage)
- Doctoral Seminar II
- Conference or Workshop Participation
- Research Article Preparation
Semester 7 – Thesis Development & Review
- Advanced Thesis Writing
- Advisory Committee Evaluation & Feedback
- Pre-Defense Preparation
- Academic Seminar / Presentation Activities
Semester 8 – Thesis Completion & Defense
- Final Thesis Submission
- Oral Defense Examination
- Publication & Research Dissemination
- Completion of PhD Degree Requirements
Career Opportunities
Graduates of this programme are well-suited for academic careers as researchers or faculty members at universities and research institutions, specializing in theoretical physics, experimental physics, materials science, or applied physics. They may also find roles in research and development labs, technology companies, or industries requiring advanced physics knowledge such as energy, materials, computational modeling, or instrumentation. With a strong background in research, analysis, and scientific methods, graduates can work in national or international scientific projects, innovation centres, or interdisciplinary research teams.
Why Choose This Program
Choosing the PhD in Physics means joining a programme that offers deep theoretical training and opportunities for high-level research in diverse physics fields. Students benefit from experienced faculty, access to research labs and computational resources, and a curriculum designed to foster critical scientific thinking. The programme helps students build strong research, problem-solving, and analytical skills essential for advanced scientific work. In addition, its English-medium instruction supports international collaboration and broadens academic and research opportunities.
Moreover, the programme encourages both theoretical and experimental or computational physics research, enabling students to tailor their path according to their interests and career goals. Students participate in seminars, workshops, and supervised research that prepare them for publication and scientific contributions. This comprehensive training positions graduates for impactful roles in academia, industry, or research institutions globally. The programme also fosters collaboration with peers and researchers, building networks that support future work.
Contact Information
Marmara University – Student Advisory Service
Göztepe Campus
34722 Kadıköy, Istanbul, Turkey
Tel: +90 216 414 05 45
Fax: +90 216 338 65 65
Email: info@marmara.edu.tr
Department of Physics – Programme Contact (Physics PhD English)
Göztepe Campus
34722 Kadıköy, Istanbul, Turkey
Tel: +90 216 348 03 67
Email: physics_phd@marmara.edu.tr
International Office – Marmara University
Göztepe Campus
34722 Kadıköy, Istanbul, Turkey
Tel: +90 216 777 17 00
Fax: +90 216 777 17 99
Email: international@marmara.edu.tr
