Module #1 Introduction to Computational Modeling in Textile Design Overview of the course, importance of computational modeling in textile design, and its applications
Module #2 Basics of Textile Science and Design Review of textile science fundamentals, design principles, and its relevance to computational modeling
Module #3 Introduction to Programming for Textile Designers Basic programming concepts and languages used in textile design, such as Python and JavaScript
Module #4 Data Structures for Textile Modeling Intro to data structures used in computational modeling, such as arrays, lists, and matrices
Module #5 Geometric Modeling in Textile Design Introduction to geometric modeling, geometric shapes, and algorithms used in textile design
Module #6 Computational Geometry for Textile Patterns Computational geometry techniques for generating textile patterns and designs
Module #7 Algorithms for Textile Design Introduction to algorithms used in textile design, such as iteration, recursion, and fractals
Module #8 Simulation and Visualization in Textile Design Introduction to simulation and visualization techniques for textile design, using software such as Blender or Maya
Module #9 Physical Properties of Textiles and Their Modeling Introduction to physical properties of textiles, such as stress, strain, and their computational modeling
Module #10 Mechanical Properties of Textiles and Their Modeling Introduction to mechanical properties of textiles, such as tensile strength, and their computational modeling
Module #11 Thermal and Optical Properties of Textiles and Their Modeling Introduction to thermal and optical properties of textiles, such as heat transfer and light transmission, and their computational modeling
Module #12 Computational Modeling of Textile Deformation and Mechanics Computational modeling of textile deformation, wrinkle formation, and mechanical behavior
Module #13 Computer-Aided Design (CAD) for Textiles Introduction to CAD software for textile design, such as Optitex and TUKAcad
Module #14 Generative Design for Textiles Introduction to generative design principles and their application in textile design
Module #15 Computational Modeling of Textile Appearance Computational modeling of textile appearance, including color, texture, and drape
Module #16 Machine Learning and Deep Learning in Textile Design Introduction to machine learning and deep learning techniques for textile design, such as pattern recognition and generating designs
Module #17 Applications of Computational Modeling in Textile Industry Real-world applications of computational modeling in textile industry, including design, prototyping, and production
Module #18 Case Studies in Computational Modeling for Textile Design Real-world case studies of computational modeling in textile design, including successes and challenges
Module #19 Ethical and Sustainability Considerations in Computational Textile Design Ethical and sustainability considerations in computational textile design, including environmental impact and social responsibility
Module #20 Collaborative Workflow in Computational Textile Design Collaborative workflow and communication strategies for computational textile design teams
Module #21 Advanced Topics in Computational Textile Design Advanced topics in computational textile design, including multi-scale modeling, and multi-physics simulations
Module #22 Research and Development in Computational Textile Design Current research and development in computational textile design, including emerging trends and future directions
Module #23 Computational Modeling for Sustainable Textile Design Application of computational modeling for sustainable textile design, including eco-friendly materials and production methods
Module #24 Course Wrap-Up & Conclusion Planning next steps in Computational Modeling in Textile Design career
