Main Topics

1. Material Bioengineering: Novel materials, biomaterials, biomass materials, macromolecules, nano materials and smart materials, fibers, yarns, fabrics, nonwovens, composite materials and functional meta materials, modeling and simulation, testing methods and standards

2. Thermal Bioengineering: fabric and clothing thermal functional design and product development, manufacturing technology for thermal comfort, thermal physiology, health, heat/cold stress, hygiene, heat/cold protection, temperature regulation and blood pressure distributions, sports and ergonomics, firefighting heat protection, modeling and simulation, thermal management, testing methods and standards

3. Mechanical Bioengineering: fabric and clothing biomechanical functional design and product development, testing methods, evaluation, manufacturing technology for biomechanical function and comfort, body motion and stresses/strains, skin pressure and blood circulation, mechanical protection, firefighting mechanical protection, sports biomechanics and protection, modeling and simulation, testing methods and standards

4. Sensory Bioengineering: fabric and clothing sensory design and product development, testing methods, evaluation, manufacturing technology for sensory comfort, hand and skin perceptions, AI haptics, neurophysiology, ergonomics, modeling and simulation, testing methods and standards

5. Aesthetic Bioengineering: fashion design, fabric and clothing aesthetic design and product development, AI enabled creative design, digital fashion, modeling simulation, CAD, patterning, fitting and virtual fitting, virtual fashion show, clothing engineering, modeling and simulation, testing methods and standards, fashion accessories design, fashion media design

6. Medical Bioengineering: Biomedical materials from molecules, nano materials, fiber, yarns to fabrics, tissue engineering, drug delivery, medical implants, medical textiles and biomedical devices, modeling and simulation, testing methods and standards

7. Electronic Bioengineering: electric conductive and semiconductive materials, electronic fibers, e-yarns, e-fabrics and e-textiles, wearable electronic technologies wearable devices, electronic fashion products, digital health, IoT devices, modeling and simulation, monitoring technologies, methods and standards

8. Ecological Bioengineering: clean manufacturing technology, textile environmental footprints, carbon footprint, circularity, textile sustainability regulations, policies and standards, manufacturing process sustainability monitoring, auditing and certification, company ESG auditing and compliance, ecological technology roadmap, methods and standards

9. Manufacturing Technology Bioengineering: advanced manufacturing technology, machines and processing equipment and devices: fiber spinning, yarn spinning, weaving, knitting, dyeing and finishing, clothing manufacturing, manufacturing processing automation and digitization, production line monitoring and digital twins, Industry 5.0, methods and standards

10. Informatics Bioengineering: value chain digitization, supply chain digitization, supply chain digital twin, supply chain traceability, material and processes databases, AI modeling and simulation, monitoring technologies, digital product passports, digital supply chain ecosystem, AI driven supply chain business models and supply chain management, B2B2C market intelligence, data driven AI decision supply systems, methods and standards

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Special Forums: click here 

TBIS OC (April updated)