Bachelor of Textile Engineering (TE)

Program Description: B.Sc. (Engg.) in Textile Engineering

Duration: 4 Years (8 Semesters)
Total Credit Hours: 160
CGPA Range: Highest 4.00 – Lowest 2.00
Program Type: Outcome-Based Undergraduate Engineering Program

Overview

The Bachelor of Science (Engineering) in Textile Engineering program at Mawlana Bhashani Science and Technology University (MBSTU) is designed to prepare graduates to meet the growing demands of Bangladesh’s textile and apparel sector — one of the largest and most dynamic industries in the world.

The program is conducted over four academic years, divided into eight semesters, and consists of 160 credit hours. Approximately 40% of the courses are laboratory or project-based, ensuring a strong balance between theory and hands-on practice. The curriculum combines engineering fundamentals, textile science, and management principles, culminating in a final-year project or thesis to demonstrate students’ applied skills and research capabilities.

Program Objectives

The major objectives of the B.Sc. (Engg.) in Textile Engineering program are to:

• Provide comprehensive knowledge of fiber science, yarn and fabric manufacturing, coloration, and apparel engineering.
• Develop technical and managerial skills to solve real-world problems in the textile and garment industries.
• Build a foundation in mathematics, physics, chemistry, and material science essential for textile innovation.
• Foster creativity, innovation, and research skills for product development and sustainable textile solutions.
• Prepare graduates for professional leadership roles and advanced studies in Textile Engineering and related disciplines.

Program Structure and Curriculum

The Textile Engineering curriculum includes approximately 35 core and supporting courses, combining theory, laboratory work, and field-based projects.

Core Areas Include:

• Textile Fiber Science
• Yarn Manufacturing Technology
• Fabric Manufacturing (Weaving, Knitting, Nonwovens)
• Textile Wet Processing and Dyeing Technology
• Garment Manufacturing and Merchandising
• Textile Testing and Quality Control
• Polymer and Color Chemistry
• Environmental and Sustainable Textile Engineering

Supporting Courses Include:

• Engineering Physics and Chemistry
• Mathematics and Statistics
• Electrical and Mechanical Engineering Fundamentals
• Computer Applications and CAD in Textiles
• Industrial Management, Economics, and Communication Skills

The program ensures students gain both technical expertise and industrial adaptability, supported by industrial training and visits to textile manufacturing units.

Assessment and Evaluation

Academic performance is evaluated through both continuous and final assessments to ensure comprehensive learning outcomes.

• Theoretical Courses:
• 30% Continuous Assessment (10% Attendance, 20% Quiz/Class Test/Assignment/Presentation)
• 70% Final Examination
• Laboratory/Practical Courses:
• 50% Continuous Assessment (15% Attendance, 15% Lab Report, 20% Quiz/Assignment)
• 50% Final Examination (40% Practical Test, 10% Viva-Voce)

Students must achieve a minimum CGPA of 2.00 out of 4.00 to qualify for the degree.

Admission Requirements

Admission to the program follows the GST (General, Science & Technology) cluster admission system or university-approved guidelines. Candidates must meet the specified academic requirements in SSC and HSC (Science stream) or equivalent qualifications to be eligible for enrollment.

Career Opportunities

Graduates of the B.Sc. (Engg.) in Textile Engineering program can pursue diverse career paths in:

• Textile and Apparel Manufacturing Industries
• Spinning, Weaving, and Knitting Mills
• Dyeing, Printing, and Finishing Plants
• Quality Assurance and Testing Laboratories
• Garment Merchandising and Product Development
• Textile Machinery and Chemical Industries
• Research, Innovation, and Higher Education

The program prepares graduates to take on roles such as Textile Engineer, Production Manager, Quality Control Officer, Apparel Technologist, or Sustainability Specialist in both local and global industries.