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| Last update: 2021/05/31 |
Textile Design BSc
Bachelor of Textile Engineering.
It includes the definition of the field of textile engineering, the number and titles of the courses, introducing the courses and orientations of master and doctoral degrees of textile engineering, employment opportunities and market labor of textile engineering.
Introducing Bachelor of Textile Engineering
The textile industry has a very long history, and its beginning may go back to the first time a man has made clothes for himself. Over the years, with the increase in population the need for clothing production became an industrial need. There were experts in this area to be trained after the establishment of a variety of factories. Thus, the field of textile engineering was established in the universities.
Textile industry products are also used in various fields, including car brake manufacturing, road construction, aircraft production, etc.
The textile industry comprises of a number of sectors including spinning, weaving, cloth weaving, carpet weaving, as well as complementary factories such as dyeing, printing and textile production plants such as nylon and poly propylene.
Textile engineering students are learning the skills to work and manage various sectors of the textile industry. The field of textile engineering has the specialties of textile engineering, textile engineering technology, fiber engineering, textile chemistry engineering.
The Specialty of Clothing Engineering
The need for clothing professionals is very much felt today, when the manufacturing of clothes has become industrialized and large factories of manufactures have been set up. The clothing orientation expert should be able to design the clothing production lines and determine how to sew and connect the clothes. In determining the timing and design of the production line, each type of clothing should act as no devices remain out of use at any time. He has to set the number of necessary and available devices to fix each piece of clothing to make maximum use of the machines.
Students of this field must be strong in math, physics and mechanics, and have good analytical and managerial ability.
The Specialty of Textile Chemistry Engineering and Fiber Engineering
The student of textile chemistry and fiber science studies production of fibers, fiber properties, dyes, dye properties and the way to complete the textile materials. In fact, fiber preparation and application of chemicals in textile industries is introduced. In other words, the field of textile chemistry describes the chemical operation of textile industry.
Activities such as fiber production, dyeing or complementary operations that are carried out on the types of textiles, including cotton, textiles, etc. to prepare and use them.
The Specialty of Textile Technology Engineering
The textile technology student studies how to produce yarn, fiber, carpet, and moquette and learns about the design of textile machinery and various components. They also get familiar with the spinning techniques of fiber, weaving, and with mechanical science to understand the textile machines.
To learn more about us for a better job after graduating, further information includes: curriculum and number of credits, universities with textile engineering, introduction of master’s and doctoral degree of textile engineering (in order to continue studying at higher education levels) and introducing job opportunities and employment opportunities in this field.
Note: The curriculum of the courses is merely a general introduction to the contents of the curricula, and there is a possibility of slight changes.
Total number of credits: 140 credits
General courses: 21 credits
Basic courses: 32 credits
Core courses: 23 credits
Specialized courses: 57 credits
Elective courses: 6 credits
Workshop and Project: 5 credits
Textile Chemistry and Fiber Sciences courses and the number of credits:
Total number of credits: 144 units
General courses: 20 units
Basic courses: 39 units
Core and Specialized courses: 72 units
Elective courses: 6 unis
Workshop and Project: 7 units
Bachelor of Textile Engineering.
It includes the definition of the field of textile engineering, the number and titles of the courses, introducing the courses and orientations of master and doctoral degrees of textile engineering, employment opportunities and market labor of textile engineering.
Introducing Bachelor of Textile Engineering
The textile industry has a very long history, and its beginning may go back to the first time a man has made clothes for himself. Over the years, with the increase in population the need for clothing production became an industrial need. There were experts in this area to be trained after the establishment of a variety of factories. Thus, the field of textile engineering was established in the universities.
Textile industry products are also used in various fields, including car brake manufacturing, road construction, aircraft production, etc.
The textile industry comprises of a number of sectors including spinning, weaving, cloth weaving, carpet weaving, as well as complementary factories such as dyeing, printing and textile production plants such as nylon and poly propylene.
Textile engineering students are learning the skills to work and manage various sectors of the textile industry. The field of textile engineering has the specialties of textile engineering, textile engineering technology, fiber engineering, textile chemistry engineering.
The Specialty of Clothing Engineering
The need for clothing professionals is very much felt today, when the manufacturing of clothes has become industrialized and large factories of manufactures have been set up. The clothing orientation expert should be able to design the clothing production lines and determine how to sew and connect the clothes. In determining the timing and design of the production line, each type of clothing should act as no devices remain out of use at any time. He has to set the number of necessary and available devices to fix each piece of clothing to make maximum use of the machines.
Students of this field must be strong in math, physics and mechanics, and have good analytical and managerial ability.
The Specialty of Textile Chemistry Engineering and Fiber Engineering
The student of textile chemistry and fiber science studies production of fibers, fiber properties, dyes, dye properties and the way to complete the textile materials. In fact, fiber preparation and application of chemicals in textile industries is introduced. In other words, the field of textile chemistry describes the chemical operation of textile industry.
Activities such as fiber production, dyeing or complementary operations that are carried out on the types of textiles, including cotton, textiles, etc. to prepare and use them.
The Specialty of Textile Technology Engineering
The textile technology student studies how to produce yarn, fiber, carpet, and moquette and learns about the design of textile machinery and various components. They also get familiar with the spinning techniques of fiber, weaving, and with mechanical science to understand the textile machines.
To learn more about us for a better job after graduating, further information includes: curriculum and number of credits, universities with textile engineering, introduction of master’s and doctoral degree of textile engineering (in order to continue studying at higher education levels) and introducing job opportunities and employment opportunities in this field.
Note: The curriculum of the courses is merely a general introduction to the contents of the curricula, and there is a possibility of slight changes.
Total number of credits: 140 credits
General courses: 21 credits
Basic courses: 32 credits
Core courses: 23 credits
Specialized courses: 57 credits
Elective courses: 6 credits
Workshop and Project: 5 credits
General Courses of the Field of Clothing Engineering
| Course Name | Number of Credits | Course Name | Number of Credits |
|---|---|---|---|
| Two lessons of the theoretical foundations of Islam | 4 | Persian literature | 3 |
| one lesson from the courses of Islamic ethics | 2 | General language | 3 |
| A lesson from the course of the Islamic Revolution | 2 | Physical Training (I) | 1 |
| one lesson from the courses of Islamic history and civilization | 2 | Physical training (II) | 1 |
| one lesson from an acquaintance with Islamic sources | 2 | Society and family planning | 1 |
Basic Courses of the Field of Clothing Engineering
| Course name | Number of Credits | Course name | Number of Credits |
|---|---|---|---|
| General mathematics (I) and (II) | 6 | General physics (I) and Lab | 4 |
| General physics (II) and Laboratory | 3 | General chemistry and Lab | 4 |
| Organic Chemistry (I) and Laboratory | 4 | Differential equations | 3 |
| Computer programming | 3 | Numerical analysis | 2 |
| Engineering statistics and probabilities | 3 |
Core Courses of the Field of Clothing Engineering
| Course Name | Number of Credits | Course Name | Number of Credits |
|---|---|---|---|
| Static and Materials Resistance | 3 | Mathematics of Engineering | 3 |
| dynamics | 3 | Structural Principles of polymeric materials | 2 |
| Identification of fibers and types of cloth and lab | 3 | Basics of Electrical Engineering (II) and Lab | 4 |
| Industrial mapping (I) | 2 | Fibers physics and laboratory | 3 |
Specialized Courses of the Field of Clothing Engineering
| Course Name | Number of Credits | Course Name | Number of Credits |
|---|---|---|---|
| Textile Technology | 3 | Textile Technology Workshop | 1 |
| Methods and Technological Decomposition of Tissue | 3 | Finishing of Textile Goods and Laboratory | 4 |
| Dyeing and Printing Processes and Lab | 4 | Clothing Industry in The World | 2 |
| Using Computers in Clothing | 2 | Mechatronic | 2 |
| Statistical Quality Control | 3 | Structural Mechanics of String and Cloth | 3 |
| Principles of Accounting and Target Costing | 2 | Design and Calculation of Clothing Factory | 3 |
| Convenience of Clothing | 2 | Sewing and Cutting Principle | 3 |
| Sewing and Cutting Principles Workshop | 1 | Sewing Technology | 2 |
| Sewing Technology workshop | 1 | Principles of clothing design | 2 |
| Principles of clothing design workshop | 1 | Clothing quality control lab (I) & (II) | 1 |
| Color control in clothing | 2 | Clothing production Management | 2 |
| Creating small businesses | 2 | English for Textile Engineers | 2 |
| Dynamics of cloth and machinery | 3 |
Elective Courses of the Field of Clothing Engineering
| Course Name | Number of Credits | Course Name | Number of Credits |
|---|---|---|---|
| Non-woven textiles | 2 | History of clothing in Iran | 2 |
| Laws of Work and Industrial Relations | 2 | Evaluation of work and time | 3 |
Project and Workshop
| Course Name | Number of Credits | Course Name | Number of Credits |
|---|---|---|---|
| Internship (I) | 1 | Internship (II) | 1 |
| Project | 3 |
Textile Chemistry and Fiber Sciences courses and the number of credits:
Total number of credits: 144 units
General courses: 20 units
Basic courses: 39 units
Core and Specialized courses: 72 units
Elective courses: 6 unis
Workshop and Project: 7 units
General Courses of the Field of Textile Chemistry and Fiber Sciences
| Course name | Number of Credits | Course name | Number of Credits |
|---|---|---|---|
| Two lessons of the theoretical foundations of Islam | 4 | Persian literature | 3 |
| one lesson from the courses of Islamic ethics | 2 | General English | 3 |
| A lesson from the course of the Islamic Revolution | 2 | Physical Training (I) | 1 |
| one lesson from the courses of Islamic history and civilization | 2 | Physical training (II) | 1 |
| one lesson from an acquaintance with Islamic sources | 2 | Total Credits | 20 |
Basic Courses of the Field of Textile Chemistry and Fiber Sciences
| Course name | Number of Credits | Course name | Number of Credits |
|---|---|---|---|
| General mathematics (I) and (II) | 8 | General physics (I) and Lab | 6 |
| Laboratory of physics (I) & (II) | 2 | General chemistry and Lab | 4 |
| English for engineers | 3 | Differential equations | 3 |
| Computer programming | 3 | Organic Chemistry (II) | 3 |
| Engineering statistics and probabilities | 3 | Organic Chemistry (I) and Lab | 4 |
Core and Specialized Courses of the Field of Textile Chemistry and Fiber Sciences
| Course name | Number of Credits | Course name | Number of Credits |
|---|---|---|---|
| Material resistance | 3 | Thermodynamics | 3 |
| Fluid mechanics | 3 | Fiber physics and Lab | 3 |
| Physical structure of fibers | 2 | Basics of Electrical Engineering | 3 |
| Industrial mapping (I) | 2 | Fibers Science | 2 |
| Physical chemistry and Lab | 4 | Decomposition chemistry and Lab | 4 |
| Textile Technology (I) and Lab | 3 | dyeing (I) and Lab | 4 |
| Finishing of textile goods (I) | 2 | Textile Technology (II) and Lab | 3 |
| Dyeing (II) and Lab | 3 | Finishing of textile goods (II) | 2 |
| natural fibers chemistry and Lab | 3 | Principles of textile chemistry | 3 |
| Dyeing, printing, Finishing techniques and lab | 3 | Finishing of textile goods Lab | 1 |
| Textile substances chemistry | 2 | Production technology of textile fibers | 3 |
| texturizing | 2 | Color technology principles | 2 |
| Fiber Identification Lab | 1 | Color chemistry principles | 2 |
| Polymer Chemistry and Lab | 4 |
Project and Workshop
| Course name | Number of Credits | Course name | Number of Credits |
|---|---|---|---|
| welding and sheet metal working workshop | 1 | Internship (I) & (II) | 2 |
| Project | 3 | machine tool workshop | 1 |