Department of Textile Engineering

About


Department of textile engineering at the University of Guilan is one of the leading program for the textile education across the country. The department has offered the undergraduate degree since 1994 and the M.S. degree since 2004 and the PhD since 2011 in the field of Textile Chemistry and Fiber Science.
Since 2013 and by expansion of the department lab facilities, the undergraduate and graduate programs are offered now in Textile Engineering to fulfill the broad range of textile sciences from traditional manufacturing to technical and industrial textiles, including but not limited to Fiber Science, Textile Chemistry and Color, Nano-Fibrous Structures, and Textile Technology. 
The department of Textile Engineering is connected to the industry through several lab facilities and research services. The facilities and services are categorized as follows:
-    Physical and Mechanical Characterization of Fibers (Micro/Nano) and Fibrous Structures 
-    Textile Chemistry (Dyeing, Printing, Finishing)
-    Textile Technology (Spinning, Weaving, Knitting, Nonwoven)
-    Smart Textiles, Medical Textiles, Composites, Wastewater Treatment.

Majors and Programs

  • Textile Engineering (B.Sc.)

    - Color and Textile Chemistry
    - Fiber Science and Technology

    Common Basic Courses:
    Courses    Credit
    Calculus I   
    Calculus II   
    Differential Equations   
    Computer Programming   
    Probability and Statistics for Engineers   
    Physics I   
    Physics Laboratory I   
    Physics II   
    Physics Laboratory II   
    General Chemistry   
    Laboratory of General Chemistry   

    Main Courses:
    Industrial Drawing I   
    Statics    
    Strength of Materials I   
    Dynamics   
    Electrical Engineering Fundamentals   
    Engineering Mathematics   
    General Thermodynamics   
    Organic Chemistry   
    Physical Chemistry   
    General Workshop   
    Mass and Heat Transfer   
    Fluid Mechanics   
    Polymer and Fiber Science   
    Fiber Science Laboratory   
    Fibers Physics   
    Fibers Physic Laboratory   
    Technology of Fibers Production   
    Spinning Process   
    Spinning Workshop   
    Dyeing Process   
    Dyeing Process Laboratory   
    Working Experience I   

     
    Specialized Courses (Color and Textile Chemistry):
    Weaving Processes   
    Weaving Processes Workshop   
    Knitting Processes   
    Knitting Processes Workshop   
    Analytical Chemistry    
    Principles of Chemical Engineering   
    Polymer Chemistry   
    Color Science   
    Principle of Dyeing   
    Principle of Dyeing Laboratory   
    Textile Finishing I   
    Textile Finishing II   
    Textile Finishing Laboratory   
    Principles of Dye Chemistry   
    Printing   
    Printing Workshop   

    Optional Courses (Color and Textile Chemistry):
    Nonwoven Fabrics   
    Fiber Chemistry   
    Fiber Chemistry Laboratory   
    Industrial Pollutions and Wastewater   
    Dye-house Color Management   
    Production Management   
    Factory Planning and Design   
    Medical Textile   
    Nanofibers Science and Technology   
    Woven Fabric Design and Analysis   
    Recycling and Reuse of Fiber Wastes   
    Conditioning in Textiles Production   
    Nanotechnology in Textile   
    English for Textile Engineer   
    Research Method and Report Writing   
    Entrepreneurship    
    Numerical Calculation Methods   

     
    Specialized Courses (Fiber Science and Technology):
    Weaving Processes   
    Weaving Processes Workshop   
    Knitting Processes   
    Knitting Processes Workshop   
    Finishing Processes   
    Analytical Chemistry   
    Analytical Chemistry Laboratory   
    Principles of Chemical Engineering   
    Polymer Chemistry   
    Polymer Chemistry Laboratory    
    Physical Chemistry of Polymer Solutions   
    Principles of Polymer Rheology    
    Textile Fibers Production Technology   
    Texturizing    
    Physical Structure of Fibers   

    Optional Courses (Fiber Science and Technology):
    Nonwoven Fabrics   
    Fiber Chemistry   
    Fiber Chemistry Laboratory   
    Industrial Pollutions and Wastewater   
    Dye-house Color Management   
    Production Management   
    Factory Planning and Design   
    Medical Textile   
    Nanofibers Science and Technology 
    Woven Fabric Analysis and Calculation   
    Recycling and Reuse of Fiber Wastes   
    Conditioning in Textiles Production   
    Nanotechnology in Textile   
    English for Textile Engineer   
    Research Method and Report Writing   
    Entrepreneurship    
    Numerical Calculation Methods   

  • Textile Engineering (M.Sc.)

    - Color and Textile Chemistry
    - Fiber Science and Technology
    - Nanofibrous Structures

    Math-based Courses for M.Sc./PhD. In Textile Engineering, Main Courses:
    Numerical Methods in linear Mathematics   
    Experimental Design and Statistical methods   
    Analysis of Multi-variable Statistical Relations and Regression Analyzing   
    Advanced Mathematics   
    Mathematical programming   

    M.Sc./PhD in Textile Engineering – Color and textile Chemistry, Specialized Courses
    Math-based Courses (Optional from the math based courses)   
    Physical Chemistry of Colorants Adsorption  
    Advanced Color Determination 
    Advanced Finishing 

    M.Sc./PhD in Textile Engineering - Color and textile Chemistry, Optional Courses
    Chemistry of Co-ordination   
    Advanced Molecular Spectroscopy   
    Textile Wastewater Purification   
    Polymer Rheology   
    Surface Phenomena  
    Bio-technology and Finishing   
    Advanced Physics of Fibers  
    Mechanics and dynamics of Synthetic yarn Conversion  
    Advanced Microscopy and Laboratory  
    Color Managing Systems and Data Processing  
    Surface Modification of Textiles  
    Mechanical and Rheological Properties of Fibers  
    Reproduction of Color-Spectral Data in Different Systems  
    Measurement of Textile Appearance  
    Physical Chemistry of Polymeric Solutions  
    Advanced Analytical Chemistry   
    Dye-staff and Novel Dyeing   
    New Technology in Dyeing and Finishing  
    Specialized Issues I  
    Specialized Issues II  
    Other Courses (From other tables)  

    M.Sc./PhD in Textile Engineering - Fiber Science and Technology, Specialized Courses
    Math-based Courses (Optional from the math based courses)  
    Advanced Physics of Fibers  
    Fiber Production Processes  
    Polymer Rheology  


    M.Sc./PhD in Textile Engineering Fiber Science and Technology, Optional Courses
    Advanced Polymer Physics Chemistry  
    Mechanics and dynamics of Synthetic yarn Conversion  
    Advanced Microscopy and Laboratory   
    Advanced Molecular Spectroscopy   
    X-Ray Diffraction method for Fibers  
    Thermal Analysis of Polymers and Fibers  
    Polymer Alloys   
    Modification Techniques of Fiber Properties  
    Chemistry of Surfactants  
    Novel Approaches in Modelling and Optimization   
    Transferring Processes  
    Engineering and Process of Advanced Fibers Manufacturing   
    Mechanical and Rheological Properties of Fibers  
    Surface Modification and Characterization of Polymers and Fibers  
    Specialized Issues I  
    Specialized Issues II 
    Other Courses (From other tables) 

     
    M.S./PhD. in Textile Engineering – Nanofibrous Structures, Specialized Courses:
    Math-based Courses (Optional from the math based courses)  
    Quantum Physics  
    Technology and Production of Nano-fiber Structure  


    M.S./PhD. in Textile Engineering - Nanofibrous Structures, Optional Courses:
    Identification and Analysis of Nanoparticles By X-Ray Diffraction 
    Physics and mechanics of Nano-fibers Structure  
    Advanced Nano-fiber Structure  
    Novel Approaches in Modelling and Optimization   
    Nanoparticles in Finishing Processes  
    Advanced Microscopy and Laboratory  
    Advanced Molecular Spectroscopy   
    Advanced Methods in Studying of Fiber Structure  
    Advanced Finishing Methods with Nano-materials  
    Materials Thermal Analyzing   
    Data Processing for Textiles  
    Nano-composites   
    Advanced Physics and Mechanics of Nano-fiber Structures 
    Specialized Issues I  
    Specialized Issues II  
    Other Courses (From other tables)  

  • Textile Engineering (Ph.D)

    Math-based Courses for M.Sc./PhD. In Textile Engineering, Main Courses:
    Numerical Methods in linear Mathematics   
    Experimental Design and Statistical methods   
    Analysis of Multi-variable Statistical Relations and Regression Analyzing   
    Advanced Mathematics   
    Mathematical programming   

    M.Sc./PhD in Textile Engineering – Color and textile Chemistry, Specialized Courses
    Math-based Courses (Optional from the math based courses)   
    Physical Chemistry of Colorants Adsorption  
    Advanced Color Determination 
    Advanced Finishing 

    M.Sc./PhD in Textile Engineering - Color and textile Chemistry, Optional Courses
    Chemistry of Co-ordination   
    Advanced Molecular Spectroscopy   
    Textile Wastewater Purification   
    Polymer Rheology   
    Surface Phenomena  
    Bio-technology and Finishing   
    Advanced Physics of Fibers  
    Mechanics and dynamics of Synthetic yarn Conversion  
    Advanced Microscopy and Laboratory  
    Color Managing Systems and Data Processing  
    Surface Modification of Textiles  
    Mechanical and Rheological Properties of Fibers  
    Reproduction of Color-Spectral Data in Different Systems  
    Measurement of Textile Appearance  
    Physical Chemistry of Polymeric Solutions  
    Advanced Analytical Chemistry   
    Dye-staff and Novel Dyeing   
    New Technology in Dyeing and Finishing  
    Specialized Issues I  
    Specialized Issues II  
    Other Courses (From other tables)  

    M.Sc./PhD in Textile Engineering - Fiber Science and Technology, Specialized Courses
    Math-based Courses (Optional from the math based courses)  
    Advanced Physics of Fibers  
    Fiber Production Processes  
    Polymer Rheology  


    M.Sc./PhD in Textile Engineering Fiber Science and Technology, Optional Courses
    Advanced Polymer Physics Chemistry  
    Mechanics and dynamics of Synthetic yarn Conversion  
    Advanced Microscopy and Laboratory   
    Advanced Molecular Spectroscopy   
    X-Ray Diffraction method for Fibers  
    Thermal Analysis of Polymers and Fibers  
    Polymer Alloys   
    Modification Techniques of Fiber Properties  
    Chemistry of Surfactants  
    Novel Approaches in Modelling and Optimization   
    Transferring Processes  
    Engineering and Process of Advanced Fibers Manufacturing   
    Mechanical and Rheological Properties of Fibers  
    Surface Modification and Characterization of Polymers and Fibers  
    Specialized Issues I  
    Specialized Issues II 
    Other Courses (From other tables) 

     
    M.S./PhD. in Textile Engineering – Nanofibrous Structures, Specialized Courses:
    Math-based Courses (Optional from the math based courses)  
    Quantum Physics  
    Technology and Production of Nano-fiber Structure  


    M.S./PhD. in Textile Engineering - Nanofibrous Structures, Optional Courses:
    Identification and Analysis of Nanoparticles By X-Ray Diffraction 
    Physics and mechanics of Nano-fibers Structure  
    Advanced Nano-fiber Structure  
    Novel Approaches in Modelling and Optimization   
    Nanoparticles in Finishing Processes  
    Advanced Microscopy and Laboratory  
    Advanced Molecular Spectroscopy   
    Advanced Methods in Studying of Fiber Structure  
    Advanced Finishing Methods with Nano-materials  
    Materials Thermal Analyzing   
    Data Processing for Textiles  
    Nano-composites   
    Advanced Physics and Mechanics of Nano-fiber Structures 
    Specialized Issues I  
    Specialized Issues II  
    Other Courses (From other tables)  

Facilities and Equipment

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Fiber Physics Lab 

Equipped with various equipment for evaluating physical properties of fiber, yarn and fabrics

  
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Fiber Chemistry Lab 

Equipped with various equipment for evaluating chemical properties of fiber, yarn and fabrics and chemicals including DSC. FTIR, UV. Vis spectrophotometer, Colorimeter

  
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Finishing and Printing Lab 

Equipped with various equipment for Dyeing, Printing and Finishing of textiles including Thermosol, Stenter and printing screens and equipment

  
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Nanofiber and electrospinning Lab 

Equipped with various equipment for fiber and nanofiber spinning machines including electrospinning and wet spinning machines

  
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  • Teaching

      

  • Research

      

  • Publication

      

Academic Members

Mahdi Nouri, Ph.D.
Head of Department
Professor

RESEARCH INTERESTS:
Fiber ( nanofiber science)
Fiber physics
Fiber structure
Electrically conducting polymers
 
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Ali Shams Nateri, Ph.D.
Professor
Color science and technology
Application of computer in textile (Image processing, neural network, fuzzy logic and Genetic algorithm).
Textile finishing 
Digital printing
Natural dyes
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Babak Noroozi, Ph.D.
Associate Professor
RESEARCH INTERESTS:
Textile Chemistry
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Mojtaba Akbari Ph.D.
Assistant Professor
RESEARCH INTERESTS:
Textile Chemistry
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Kamran Mahfoozi, Ph.D.
Assistant Professor
Research Interests:
Textile Technology
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Mostafa Jamshidi Avanaki, Ph.D.
Assistant Professor
RESEARCH INTERESTS:
Fibrous Structures & Composite Materials
Acoustic Fibrous Materials
Auxetic Fibrous Structures
Smart Textiles
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Marjan Abbasi, Ph.D.
Assistant Professor
RESEARCH INTERESTS:
Fiber Science and Technology
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Leila Mivehi, Ph.D.
Assistant Professor
RESEARCH INTERESTS:
Textile Chemistry
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Sanaz Hassanzadeh, Ph.D.
Assistant Professor
RESEARCH INTERESTS:
Textile Technology; 
Knitted Fibrous Structures;
Nonwovens; 
Fibrous Composite Structures;
Mechanical Analysis and FEM Modelling
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