Module #1 Introduction to Textile Technology Overview of the textile industry, types of fibers, and textile manufacturing processes
Module #2 Fiber Science Properties, characteristics, and classification of natural and synthetic fibers
Module #3 Yarn Production Spinning, twisting, and texturing of yarns; yarn properties and applications
Module #4 Fabric Formation Weaving, knitting, and nonwoven fabric production; fabric properties and applications
Module #5 Textile Finishing Chemical and mechanical finishing treatments for textiles; effects on fabric properties and performance
Module #6 Technical Textiles Definition, types, and applications of technical textiles; performance requirements and testing
Module #7 Smart Textiles Introduction to smart textiles; sensing, conductive, and shape-memory textiles
Module #8 Sustainable Textiles Environmental impact of textile production; sustainable textile materials, production methods, and end-of-life options
Module #9 Medical and Healthcare Textiles Textiles for medical implants, wound care, and personal protective equipment
Module #10 Sports and Performance Textiles High-performance textiles for sports and outdoor applications; moisture management, thermal insulation, and UV protection
Module #11 Automated Textile Manufacturing Computer-aided design, computer-aided manufacturing, and robotics in textile production
Module #12 3D Textile Printing Additive manufacturing of textiles; materials, processes, and applications
Module #13 Nanotechnology in Textiles Nanomaterials and nano-coatings for textile applications; enhanced properties and performance
Module #14 Digital Textile Printing Direct-to-fabric digital printing; inkjet, screen, and sublimation printing
Module #15 Textile Recycling and Upcycling Mechanical and chemical textile recycling; upcycling and circular economy principles
Module #16 Thermoelectric and Energy-Harvesting Textiles Textiles that convert heat or vibrations into electrical energy
Module #17 Electroconductive Textiles Textiles with electrical conductivity for sensing, actuation, and energy storage
Module #18 Soft Robotics and Textile Actuators Textiles as soft actuators for robotics, prosthetics, and wearables
Module #19 Bio-inspired and Biomimetic Textiles Textiles that mimic nature; self-cleaning, self-healing, and adaptive properties
Module #20 Advanced Textile Coatings and Finishes Nano-coatings, graphene, and other advanced coatings for enhanced textile performance
Module #21 Wearable Technology and E-Textiles Textiles integrated with electronics, sensors, and wearable devices
Module #22 Virtual and Augmented Reality Textiles Textiles for VR and AR applications; haptic feedback and sensory experiences
Module #23 Textiles for Space Exploration Textiles for space suits, habitats, and other space-related applications
Module #24 Textiles for Biomedical Implants Textiles as implantable devices for tissue engineering and regenerative medicine
Module #25 Future of Textiles:Trends, Challenges, and Opportunities Emerging trends, challenges, and opportunities in the textile industry
Module #26 Textile Product Design and Development Designing and developing textile products; prototyping and testing
Module #27 Textile Business and Entrepreneurship Starting a textile-related business; marketing, financing, and supply chain management
Module #28 Textile Sustainability and Environmental Impact Life cycle assessment, carbon footprint, and environmental impact of textile production
Module #29 Textile Industry Case Studies Real-world examples of textile innovation and application
Module #30 Course Wrap-Up & Conclusion Planning next steps in Textile Technology and Innovation career
