Kimya (DR) (İngilizce)
Ders İçerikleri


1. Semester

Course CodeCourse Name(T+A+L)ECTSCompulsory/Elective
CHEM6104 Special Topics in Chemistry 3+0+0 9 Compulsory
Basic methodological concepts, examples of toxicological agents and chemical warfare agents and their effects on the environment and living creatures, the history of the Chemical Weapons Convention and the Organization for the Prohibition of Chemical Weapons, sample preparation and analysis techniques for chemical warfare agents in environmental and biomedical samples, reporting criteria and laboratory safety.
Course CodeCourse Name(T+A+L)ECTSCompulsory/Elective
IGE6500 Scientific Research Methods and Ethics 3+0+ 9 Compulsory

2. Semester

Course CodeCourse Name(T+A+L)ECTSCompulsory/Elective
CHEM6203 Seminar 0+0+0 12 Compulsory
Developing research questions, scanning resources, determining research methods and theoretical frameworks, and implementing them. Preparation for academic research and thesis writing process.

3. Semester

Course CodeCourse Name(T+A+L)ECTSCompulsory/Elective
CHEM6202 Qualification Exam 0+0+0 30 Compulsory
The Qualification Exam consists of written and oral parts; The written part is given as an in-class exam. The oral part is done by verbal evaluation of the student in front of the jury.

4. Semester

Course CodeCourse Name(T+A+L)ECTSCompulsory/Elective
CHEM6204 Thesis Proposal Defence 0+0+0 30 Compulsory
Writing thesis proposal and its defense

5. Semester

Course CodeCourse Name(T+A+L)ECTSCompulsory/Elective
CHEM6389 Thesis Study 1 0+0+0 30 Compulsory
The doctoral thesis involves the student being able to carry out an independent study after completing theoretical and practical courses under the supervision of a faculty member. For this reason, during the thesis study, the student works under the supervision of his/her advisor to scan the literature, collect and evaluate data, analyze and present the results in writing.

6. Semester

Course CodeCourse Name(T+A+L)ECTSCompulsory/Elective
CHEM6390 Tez Çalışması 2 0+0+0 30 Compulsory
The doctoral thesis involves the student being able to carry out an independent study after completing theoretical and practical courses under the supervision of a faculty member. For this reason, during the thesis study, the student works under the supervision of his/her advisor to scan the literature, collect and evaluate data, analyze and present the results in writing.

7. Semester

Course CodeCourse Name(T+A+L)ECTSCompulsory/Elective
CHEM6489 Thesis Study 3 0+0+0 30 Compulsory
The doctoral thesis involves the student being able to carry out an independent study after completing theoretical and practical courses under the supervision of a faculty member. For this reason, during the thesis study, the student works under the supervision of his/her advisor to scan the literature, collect and evaluate data, analyze and present the results in writing.

8. Semester

Course CodeCourse Name(T+A+L)ECTSCompulsory/Elective
CHEM6490 Thesis Study 4 0+0+0 30 Compulsory
The doctoral thesis involves the student being able to carry out an independent study after completing theoretical and practical courses under the supervision of a faculty member. For this reason, during the thesis study, the student works under the supervision of his/her advisor to scan the literature, collect and evaluate data, analyze and present the results in writing.


Department/Programme Elective Courses


Course CodeCourse Name(T+A+L)ECTS
CHEM6001 Chromatography 3+0+0 6
Introduction to chromatography, basic concepts. Introduction to chromatographic techniques. TLC, column chromatography. Introduction to chromatographic separation and its mathematical representations. Gas chromatography, injection systems, columns, detectors;HPLC, injection systems, pump systems, columns and detectors, .Ion chromatography, Affinite chromatography, size exclusion chromatography, super critical fluid chromatography, capillary electrophores, capillary electrochromatography
Course CodeCourse Name(T+A+L)ECTS
CHEM6002 Spectroscopy 3+0+0 6
Light matter interaction, radiation theory and basic principles of spectroscopy. Electronic spectroscopy: Photoelectron spectroscopy. Ultraviolet visible (UVVis) spectroscopy. Fluorescence and phosphorescence spectroscopy. Applications of UV spectroscopy: Analytical applications and structure analysis. Theoretical and experimental principles of Infrared spectroscopy. Applications of IR spectroscopy
Course CodeCourse Name(T+A+L)ECTS
CHEM6003 Phthalocyanines and Applications 3+0+0 8
Definition and history of phthalocyanines, nomenclature, synthesis methods, their place in the literature and studies on phthalocyanines in the literature, starting materials used in the synthesis of phthalocyanines and their synthesis, polymeric phthalocyanines, methods used in the purification of phthalocyanines, formation mechanism, reactions, Physical and chemical properties, spectroscopy, application fields, differences between phthalocyanine and porphyrin
Course CodeCourse Name(T+A+L)ECTS
CHEM6004 Smart Polymeric Materials 3+0+0 6
Classical versus smart materials, Biomimetic materials research, Self-healing mechanisms in biological systems, Smart wormlike surfactants, Smart polymers and gels, Reversible polymer networks, Macroporous responsive polymers, Drug delivery using smart polymers, Gels for sensors and actuators, Shapememory, Self-healing strategies, Damage and healing theories, Artificial self-healing systems, Fracture mechanics of polymeric materials, Self-healing in thermoplastic and thermoset materials, Self-healing smart hydrogels.
Course CodeCourse Name(T+A+L)ECTS
CHEM6005 Polymeric Drug Delivery Systems 3+0+0 6
Fundamentals of drug delivery, challenges of drug delivery, polymer–drug conjugates, polymeric microparticles, polymeric nanoparticles, block copolymer micelles and vesicles for drug delivery, implantable drug delivery systems, polymeric drug delivery systems in tissue engineering, oral controlled-release polymeric drug delivery systems, mucoadhesive drug delivery systems, enhanced oral drug delivery through metabolic pathways, stimuli-responsive polymer delivery systems, affinity-based drug delivery, targeting drug delivery systems.
Course CodeCourse Name(T+A+L)ECTS
CHEM6006 Polymer Physics 3+0+0 6
Course CodeCourse Name(T+A+L)ECTS
CHEM6007 Polymer Blends and Composites 3+0+0 6
Course CodeCourse Name(T+A+L)ECTS
CHEM6008 Electro Chemistry 3+0+0 6
Course CodeCourse Name(T+A+L)ECTS
CHEM6009 Archeo Chemistry 3+0+0 6
Course CodeCourse Name(T+A+L)ECTS
CHEM6010 Environmental Chemistry 3+0+0 6
Course CodeCourse Name(T+A+L)ECTS
CHEM6011 Energetic Materials 3+0+0 6
Course CodeCourse Name(T+A+L)ECTS
CHEM6012 Cosmetic Chemistry 3+0+0 6
Course CodeCourse Name(T+A+L)ECTS
CHEM6013 Current Trends in Chemistry Literature 3+0+ 6
Course CodeCourse Name(T+A+L)ECTS
CHEM6014 Metal Organic Framework Structures 3+0+ 6
Course CodeCourse Name(T+A+L)ECTS
CHEM6015 Advance Catalysis 3+0+ 6
Course CodeCourse Name(T+A+L)ECTS
CHEM6016 Molecular Modelling Studies in Drug Discovery 3+0+ 6