Masters of Science in
Textile Engineering (MTE)
The Master of Science in Textile Engineering at BUFT is an advanced, industry-oriented program designed to develop highly skilled professionals with strong technical expertise, innovative thinking, and research capability in the textile and apparel sector. The program prepares graduates to take leadership roles in engineering, research, product development, and sustainability within the global textile industry. Emphasizing a balanced integration of engineering principles, material science, and applied research, it encourages advanced experimentation, technological innovation, and environmentally responsible textile solutions.
Program Objectives
The objectives of the Master of Science in Textile Engineering program are to:
- Develop advanced engineering, analytical, and research skills in textile materials, processes, and systems.
- Promote critical and theoretical understanding of textiles as a key global industry with technological, economic, and sustainability dimensions.
- Enhance technical knowledge in textile manufacturing, fiber, wet processing and fabric engineering, chemical and mechanical processing, and sustainable textile technologies.
- Produce highly competent professionals capable of leading engineering innovation, process optimization, research and development, and academic or industry-based research in the textile and apparel sectors.
Eligibility Criteria
- A Bachelor's degree in Textile Engineering, Apparel Manufacturing, Fashion Technology, or a closely related discipline from a recognized institution.
- Minimum CGPA or equivalent academic performance as per BUFT admission requirements.
- Relevant professional or industrial experience in textiles or apparel is preferred but not mandatory.
Key Areas of Study
- Advanced Textile Engineering Concepts
- Advanced Material Science and Engineering Concepts
- Advanced Polymer materials.
- Fiber, Yarn, Wet processing and Fabric Engineering
- Textile Manufacturing and Process Optimization
- Instrumentation & Quality Analysis of Textile.
- Sustainable and Functional Textile Technologies
- Composite engineering.
- Research Methodology and Statistical Analysis
- Innovation, Industrial Management, and Entrepreneurship in Textiles
- Thesis / Capstone Research Project
Learning Outcomes
Graduates of the Master of Science in Textile Engineering program will be able to:
- Apply advanced textile engineering knowledge to design, analyze, and optimize textile materials and processes.
- Implement sustainable and environmentally responsible practices across textile manufacturing and supply chains.
- Conduct, analyze, and effectively communicate scholarly and applied research in textile engineering and related fields.
- Demonstrate leadership in engineering innovation, research, and strategic decision-making within industry, research organizations, or academia.
- Synthesize dyes and polymers and apply them effectively in textile processing and functional material development.
Career Opportunities
Graduates of the Master of Science in Textile Engineering program may pursue careers as:
- Textile Engineer / Process Engineer
- Composite Engineer.
- Research and Development (R&D) Engineer
- Dyeing, Printing, and Finishing Specialist
- Polymer, Fiber, or Materials Engineer
- Quality Assurance and Compliance Manager
- Sustainability and Environmental Specialist
- Technical Consultant or Academic Researcher
- Higher Study Abroad and research job.
Facilities and Resources
Students will have access to:
- Well-equipped textile engineering and research laboratories
- Advanced dyeing, printing, polymer, and material testing facilities
- Computer-aided textile and process simulation laboratories
- Pilot-scale textile manufacturing and processing units
- Specialized textile library and research resources
- Industry collaboration opportunities with local and international textile and apparel organizations
- Dissertation and research supervision support.