Master Degree Graduation Requirements

Graduate conditions of MSc program is the same with ITU senate principles:

Article 53- Prior to completion of Master’s thesis, one should pay attention to the subjects below:

a) A thesis master’s program student writes his/her thesis in accordance with the format required by the senate, and orally defends it before a thesis jury.

b) The members of the jury convene to administer a thesis examination for the respective student within one month from the date of thesis submission. If thesis examination cannot be completed within one month, then with substitute jury members, a thesis examination is administered within two weeks.

c) The thesis examination is made up of the thesis presentation followed by a question and answer session between 60-120 min. The thesis examination is conducted in a public environment open to an audience including faculty, graduate students, and field experts. In deciding period, all audience should go outside.

d) In the event the student is asked to make revisions to the thesis, the student must complete the requested revisions, and defend the revised thesis again before the same jury within three months from the date of thesis examination. In case of a valid excuse approved by institute, time can extended for two more months. A new thesis examination is held by the same jury members. If thesis is rejected by jury or student did not submit his/her thesis after revisions, thesis advisor and thesis subject are subjected to change by receiving opinion from department and institute. Besides, student must enroll 24 ECTS courses second time and total GPA must not be lower 3.00.

e) In thesis defense, jury members and student must follow ‘Ethical guidelines for interviews and oral examinations”.

f) Graduate programs may change their application and admission requirements are determined by the ITU Senate, and are announced at the beginning of the fall and spring semesters.

g) Students whose theses are rejected may be awarded with a non-thesis master’s degree diploma provided that they submit a request form signed by student and thesis advisor to their graduate school at third semester earliest.

Courses

Zorunlu Dersler

Güz Yarıyılı

Bahar Yarıyılı

Engineering Mathematics 
(3+0)

NSE504E*
 Physics and Chemistry of Nanostructures 
(3+0)

NSE505E
Properties of Nanomaterials
 (3+0)

NSE506E
Fabrication Techniques in Nanotechnology
(3+0)

 

NSE 596
 Seminer- Kredisiz
(2+0)

Seçmeli Dersler

Güz Yarıyılı

Bahar Yarıyılı

MAM503E
Structure and Crystallography of Materials
(3+0)

NSE508E
Polymeric Nanostructures and Nanocomposites
(3+0)

NSE610E
           Advanced Characterization Techniques of Materials
 (3+0)

KMM538E
Molecular Simulation Methods
(3+0)

MAM509E
 Molecular Sensors and NanoBiosensors
(3+0)

NSE 510E
Model Organisms in Bionanotechnological Research
(3+0)

 NSE 511E
Molecular Biomimetics and Synthetic Biology
(3+0)

NSE516E
Immobilized Enzyme and Cell Technology
(3+0)

NSE513E
Molecular Structure of Biological Materials  
(3+0)

MBG552E
Advanced Molecular Biotechnology
(3+0)

NSE515E
 Nanomechanics of Materials and Biomaterials (3+0)

EBT609E
Model Electrochemical Conversion and Storage of Energy (3+0)

EBT611E
            Solar Enegy Conversion
   (3+0)

EBT516E
Model Nanofibre Production and Applications
(3+0)

NSE517E
Environmental Nanotechnology
(3+0)

EBT518E
Nanotechniques and Nanoapplications in Foods
              (3+0)

NSE519E
            Micro and Nanofluidic Systems
   (3+0)

Ayrıca isteyen öğrenciler aşağıda listelenen dersleri açıldıkları dönemler içerisinde alabileceklerdir.

Dersin Adı

Dersi Veren

HBM 530E Computational Design of Energy Materials Doç.Dr. Adem Tekin
ELE 523E Computational Nanoelectronics Öğr. Üyesi Dr. Mustafa Altun
MBM 515E Modern Surface Modif.Tech. Prof.Dr. M.Kürşat Kazmanlı
PST 507E Fiber Formation Öğr. Üyesi Dr. Ali Kılıç, Prof. Dr. Ali Demir
PST 504E- Polymer Surfaces Prof. Dr. Yıldırım Erbil
PST 532E- Mechanical Properties of Polymers Prof. Dr. Nurseli Uyanık, Prof. Dr. Hulusi Özkul
FIZ 531E – Scanning Probe Techniques
FIZ 532E – Lasers and Photonics
FIZ 505E – Physics and Technology of Semiconductor Devices I
FIZ 509E – Condensed Matter Physics I
YAP 503E – Composite Materials
KIM 515E – Quantum Chemistry
KIM 501E – Spectroelectrochemistry
KMM 504E – Carbon & Carbon Related Materials
KMM 507E – Surface Chemistry
PST 517E – Functional Polymers
PST 533E – Application of Electrochromic and Photochromic Polymers
PST 515E – Organic Surface Coating Technology
TEK 502E – Advanced Fibre Science
KIM 501E – Spectroelectrochemistry