The PhD in Chemical Engineering (English) at Marmara University is a graduate research programme offered by the Faculty of Engineering under the Graduate School of Natural and Applied Sciences. The programme combines rigorous engineering fundamentals with advanced chemical engineering topics, enabling students to study reaction engineering, process design and optimization, materials science, bioprocesses, environmental processes, and applied chemical systems. The programme welcomes applicants who hold a master’s degree — in that case the PhD takes eight semesters — or applicants with a bachelor’s degree — for whom a ten-semester path applies. Instruction is in English, offering international accessibility and a wide academic background.
Located in Istanbul, a dynamic center for industry, research, and technology, this doctoral programme offers students access to modern laboratories, interdisciplinary research groups, and a stimulating environment that bridges academic study and real-world applications. Students can collaborate with faculty on projects related to sustainable engineering, materials development, energy, biotechnology, or industrial processes. The programme reflects Marmara University’s commitment to high academic standards and practical relevance in Chemical Engineering education and research.
Key information
Key Facts
- Degree: Doctor of Philosophy (Ph.D.)
- Standard period of study: 8 semesters (with master’s degree) / 10 semesters (with bachelor’s degree)
- Location: Istanbul
- Study Type: Doctorate (full-time, research-oriented)
- Admission semester: Fall semester only
- Area of study: Chemical Engineering, Reaction & Process Engineering, Materials Science, Bioprocessing, Environmental and Industrial Processes
- Admission modus: With admission requirement
- Main language: English
Program Structure
Semester 1 – Foundations & Core Chemical Engineering
- Advanced Chemical Engineering Fundamentals (Transport Phenomena, Thermodynamics)
- Research Methods & Scientific Writing
- Process Design and Material Science Basics
- Seminar: Contemporary Topics in Chemical Engineering
Semester 2 – Core Processes & Applied Engineering
- Reaction Engineering & Kinetics
- Process Modelling and Simulation
- Materials Engineering / Catalysis or Bioprocessing Basics
- Seminar: Industrial and Environmental Processes
Semester 3 – Specialization & Research Development
- Advanced Topics (e.g. Catalysis, Bioprocess Engineering, Environmental Processes)
- Process Optimization & Sustainable Design
- 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 (Lab or Modelling Work)
- Experimental / Computational Studies or Data Collection
- Doctoral Seminar I
- Progress Review with Advisor
Semester 6 – Doctoral Research II
- Thesis Writing (Intermediate Phase)
- Doctoral Seminar II
- Conference or Workshop Presentation
- Research Article Preparation
Semester 7 – Thesis Development & Review
- Advanced Thesis Writing
- Advisory Committee Evaluation & Feedback
- Pre-Defense Preparation
- Academic Presentation / Publication Activities
Semester 8 – Thesis Completion & Defense
- Final Thesis Submission
- Oral Defense Examination
- Publication & Dissemination of Research
- Completion of PhD Degree Requirements
Career Opportunities
Graduates of this programme are prepared for academic careers as university researchers or faculty members in chemical engineering, materials science, process engineering, biotechnology, or environmental engineering. They may also work in industrial R&D departments, process design and optimization companies, pharmaceutical and chemical industries, energy sectors, or environmental and biotech firms. With advanced skills in process design, materials, sustainable engineering, and research methodology, graduates can lead innovation projects, work in multidisciplinary teams, or pursue careers in applied research, development, and consultancy.
Why Choose This Program
Choosing the PhD in Chemical Engineering means joining a programme that combines deep engineering theory with practical research and real-world applications in process design, materials, and biotechnology. Students benefit from access to modern laboratories, expert faculty, and a curriculum that supports interdisciplinary study across engineering, chemistry, environmental science, and industrial applications. The programme helps students develop strong research, analytical, and problem-solving skills essential for cutting-edge work. Additionally, its English-medium instruction supports international collaboration and makes the programme accessible to a global student body.
Moreover, the programme encourages innovation by offering opportunities in sustainable process design, materials development, and industrial applications. Students take part in research projects, seminars, and collaborations that foster scientific curiosity and professional growth. This comprehensive training positions graduates for impactful roles in academia, industry, or research institutions and offers valuable connections with engineers, scientists, and industry experts.
Contact Information
Marmara University – Student Advisory Service
Göztepe Campus
34722 Kadıköy, Istanbul, Turkey
Tel: +90 216 348 02 92
Fax: +90 216 348 13 69
Email: info@marmara.edu.tr
Chemical Engineering Department – Programme Contact (PhD Chemical Engineering)
Göztepe Campus
34722 Kadıköy, Istanbul, Turkey
Tel: +90 216 348 02 92
Email: chemeng_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
