Textile Engineering is a postgraduate program under Textile Engineering Department providing education at Master’s and Doctoral levels.

Course plans of Textile Engineering graduate programs are provided below and candidates should follow up the web site of ITU Graduate School of Science Engineering and Technology for registrations.

Course details of the program and information related to the Quotas and application requirements are available at:

Research Areas

• The organization, management and execution of research and product development activities in textile and clothing industries and research institutes,
• The multiway design, development, production and control of fibers, yarns, fabrics, clothing and technical and functional textile products,
• Process and technology design and/or development,
• Textile and clothing business and technology management

To be a program that continuously brings up the graduates equipped with scientific research and development skills in the field of textile engineering, respected and preferred in the sector.

 

To train academically highly qualified individuals that have the ability to perform leading, advanced scientific research in textile engineering and related interdisciplinary fields to ensure that the textile sector in Turkey continues to compete in the global market with a leading role.

Educational Objectives of Textile Engineering Master of Science Program

1. Graduates will demonstrate proficiency in principles and methods essential to contemporary and interdisciplinary context of textile engineering.

2. Graduates will be recognized for excellence and leadership and selected for high-quality industrial, academic, government, and other professional positions.

3. Graduates will demonstrate broadened perspectives regarding social issues and responsibilities, ethics, and professionalism.

4. Graduates will demonstrate an understanding of the global nature of engineering practice and business activities.

5. Graduates will understand the importance of further professional development through continuing education and research. 

Educational Objectives of Textile Engineering PhD Program

1. Graduates will demonstrate proficiency based on current and high-level specialistic knowledge and skills essential to innovative and interdisciplinary context of textile engineering.

2. Graduates will be recognized for excellence and independence in generation of new ideas, methods, designs and applications contributing to the progress in the field of textile engineering.

3. Graduates will demonstrate broadened perspectives and skills in the development of social, scientific and ethical values.

4. Graduates will demonstrate a leadership in distinguishing and solving the unknown natures of the problems in field of textile engineering, and producing information to contribute to the progress of science, technology and society.

In 2013-2014 Academic year 9 students graduated from Textile Engineering Master of Science Program and 1 student graduated from Textile Engineering PhD Program. In 2014-2015 Academic year, there are 56 students studying in Textile Engineering Master of Science Program and 35 students studying in Textile Engineering PhD Program.

You can find detailed course plans here.

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Call: TÜBİTAK 1003 
Project No: 118E924
Projct Coordinator: Assoc. Dr. İkilem GÖCEK
Duration: February 2020 - February 2023

Call: TÜBITAK - 1003
Project No: 118M035 
Project Coordinator Assoc. Dr. Ali KILIÇ
Duration: September 2018 - September 2021

• Call: TÜBITAK - International
  Project No: 218M766
  Project Coordinator: Prof. Dr. Nuray Uçar
  Duration:  September 2019 - May 2022

       
  

Call: TÜBİTAK - 3501
Project No: 219M348
Project Coordinator Assoc.. Dr. Meltem YANILMAZ
Duration: May 2020 - June 2022

Call: İTÜ BAP
Project No: MGA-2018-41703
Project Coordinator: Assist. Prof. Şule Selçuk
Duration: October 2018 - August 2021

Call: ITU BAP
Project No: FLO-2019-42118
Project Coordinator: Assist. Prof. İpek YALÇIN ENİŞ
Duration: July 2019 - January 2021

Call: ITU-BAP
Project No: MAB-2019-42218
Project Coordinator: Assoc. Dr. Ozgur ATALAY
Duration: October 2019 - October 2021

 

Call: AB - Horizon2020
Project No: TexRobots
Project Coordinator: Assoc. Dr. Ozgur ATALAY
Duration: March 2019 - April 2021

MSc thesis supervised and completed in the last 2 years

1.     Hatice KÜBRA KAMBER, Analysis of End-of-life Options for Post-consumer Clothing and Suggestions for a Sustainable Future,2016.

2.     Meltem TEKÇİN, Development of a Numerical Scale Expressing Degree of Undesired Local Shiny Appearance on Textile Materials after Repeated Use and Care, 2016.

3.     Onur AĞMA, Nano Hybrid Photocatalytic Filter Production,Nanoscience and Nanoengineering Department, 2016.

4.     Shakrukh SHAHBAZ, Investigation of the Effect of Carbon Nanotubes On Hybrid Glass/Carbon Fiber Reinforced Composites, 2016.

5.     N. Serhat GÜNDOĞDU, Optimisation of Centrifugal Spun Thermoplastic Polyurethane Nanofibers,Nanoscience and Nanoengineering Department, 2017.Emine CANBAY, Material Science, 2017.

6.     Nilüfer ÇAKMAKÇI, Analysis of The Quality of The Effluent Water For The Color Removal System with The Help of Ozonation in Washing Wastewater in Domestic Washing Machines, 2017.

7.     Nese TOPCUOGLU, Development of a Rehabilitation Glove for Rheumatoid Arthritis, Continuing Master’s Research, 2017.

8.     Ebru AKDUMAN, Sustainable Developments inTextile Industry,2018.

9.     Said Melih YILMAZ, A model for Evaluating the performance of Clothing Suppliers,2018.

10.   Şeyda TOPÇU, Design of seamless garments with improved wicking properties, 2018.

11.  Özge KAYNAN, Ultra high performance conductive thermoplastic nanocomposites for 3D Printing, (Continuing).

12.  Beyza BOZALİ, Production  of  Randomly  Oriented  Carbon  Nanotube  Reinforced  Nanoprepregs  and  Their  Use  in  Thermoplastic  Composites, (Continuing).

13.  Esma Nur GULLUOGLU, Mechanical Properties of Graphene and Carbon Nanotube Based Fibers, (Continuing).

14.  Gizem AKIN-Research on Textile Damage Given by Domestic Washing Machines and Tumble Dryers, Technical University of Istanbul, Graduate School of Science Engineering and Technology, (Continuing)

15.  Emrecan İÇ, Reuse of Finishing Wastewater in Finishing Processes.

16.  Erkan BEKİROĞLU, Elimination of the Fastness Problems Encountered in Knitting Sock Piece Dyeing Operations.

17.  Handan PALAK, Design and Development of Sound Absorptive Nonwoven Textile Products for Automotive Applications, (Continuing).

18.  Elçin EMEKDAR, A Novel Multi-functional Macromolecular Composite for Textile Effluent Treatment (Continuing).

19.  Semih ÖZKÜR, Performance Analysis of Bioresin Based Textile Composites, (Continuing).

20.  Burak ÇEKER, Functional Knitted Fabric Design, (Continuing).

PhD thesis completed in the last 2 years and continuing thesis

 

1.     Nebahat ARAL, Design of an Alternative X-Ray Shielding Material Based on Coated Textiles, August 2016.

2.     İpek YALÇIN ENİŞ,Improvement of Inadequacies of Small Diameter Artifical Blood Vessels, October 2016

3.     Merve KÜÇÜKALİ ÖZTÜRK, Nanofibrous Resonant Membranes for Acoustic Applications, March 2017.

4.     İsmail BORAZAN, An Investigation into Polymer-Based Photovoltaic Fiber Structures, 2017

5.     Melek DİNÇMEN, Multifunctional Finishing of Textiles by Plasma Treatment, 2017

6.     Nuray KIZILDAĞ, Design and Development of Nanocomposite Fiber, November 2017.

7.     Hande SEZGİN, Investigations and Enhancement of the Mechanical Properties of the Fabric Reinforced Hybrid Composites, March 2018.

8.     Başak ARSLAN İLKİZ, Improvement of Washing Waste Water Decontamination System for Water Reuse in Household Washes (Continuing)

9.     Sassan JAHANGİRİ, Production of High Temperature Core-Sheath NanofiberProton Exchange Membranes via Electrospinning Method, (Continuing)

10.  Çağdaş ASLAN, Functional Nanofibers for Structural Coloration,  (Continuing)

11.  Burcu ARMAN KUZUBAŞOĞLU, Graphene/SPEEK Based Nanofibrous Actuators, (Continuing)

12.  İlkan ERDEM,Design of a System for Shedding Synthetic Fibers for Domestic Washing Machines, (Continuing)

13.  Eda ASLAN, Effect of White Good Consumer Preferences on Energy-Water Consumption and Textile Durability, (Continuing)

14.  Raziye ATAKAN, Development of Novel FR Chemical for CO/PET Blended Fabrics.

15.  Ahmet BAŞKAN, A comparative Analysis of Wearable Technology Human Interaction across Generations, Industrial Design Department, ( Continuing)

16.  Zuhaib HASSAN, Development of Stretchable Conductive Fabric through Different Metals Coating Approach for E-textile Applications,(Continuıng)

17.  Pelin ALTAY, Synthesis of Bleach Activators for Textile Industry, (Continuing)

18.  Ezgi İŞMAR, Organic Functional Polymers for Nanostructured Materials, Nanoscience and Nanoengineering Department (Continuing)

19.  Havva BAŞKAN, Electrospun Composite Nanofibers with Metal/metaloxide Nanoparticles (Continuing)

20.  Shakrukh SHAHBAZ, Development Of Structural Health Monitoring System For Frp Composites (Continuing)

21.   Sena DURU, Modelling of abrasion behavior of knitting elements, 2016