Detailed Program Shedule please click below link: 

https://tbisociety.org/index.php?thispage=publications&c=publications&s=2026TBISProgramschedule

Part II. 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

TBIS 2026 年领域:

1. 材料生物工程: 新型材料、生物材料、生物质材料、高分子、纳米材料与智能材料、新型纤维、复合材料、功能超材料，纤维材料， 纱线、织物、无纺布、建模与仿真、测试方法与标准

2. 热生物工程: 织物与服装功能设计与产品开发、热舒适材料与产品制造技术、热生理学、健康、冷热应激、卫生学、冷热防护、体温调节与血压分布、运动与人体工程学、消防热防护，建模与仿真、测试方法与标准

3.力学生物工程: 材料与服装生物力学功能设计与产品开发、测试方法与评价、生物力学功能与舒适材料与产品制造技术、体动与应力/应变、皮肤压力与血液循环、机械防护、消防机械防护、运动生物力学与防护，建模与仿真、测试方法与标准

4. 感知生物工程: 织物与服装感知设计与产品开发、测试方法与评价、感知舒适材料与产品制造技术、手感与皮肤感知、人工智能触觉、神经生理学、人体工程学、建模与仿真、测试方法与标准

5. 美学生物工程: 时装设计、面料与服装美学设计与产品开发、人工智能创意设计、数字时尚、建模仿真、计算机辅助设计 (CAD)、制版、试衣与虚拟试衣、虚拟时装秀、服装工程、建模与仿真、方法与标准、时尚配饰设计、时尚媒体设计

6. 医学生物工程: 从分子、纳米材料、纤维、纱线到织物的生物医学材料、组织工程、药物输送、医疗植入物、医用纺织品和生物医学设备、建模与仿真、测试方法与标准

7. 电子生物工程: 导电和半导体材料、电子纤维、电子纱线、电子织物和电子纺织品、可穿戴电子技术、可穿戴设备、电子时尚产品、数字健康、物联网设备、建模与仿真、监测技术、方法与标准

8. 生态生物工程: 清洁制造技术、纺织品环境足迹、碳足迹、循环性、纺织品可持续性法规、政策与标准、生产制造过程环境足迹、循环性监测、审计与认证、公司ESG审计与合规性、生态技术路线图、方法与标准

9 .制造技术生物工程:  先进制造技术、机器和加工设备及装置：纤维纺丝、纱线纺丝、织造、针织、染整、服装制造、制造过程自动化和数字化、生产过程监控和数字孪生、工业5.0、方法与标准

10. 信息生物工程: 价值链数字化、供应链数字化、供应链数字孪生、供应链可追溯性、材料、产品、人体和生产流程数据库、人工智能建模与仿真、监测技术方法与标准、数字产品护照、数字供应链生态系统、人工智能驱动的供应链商业模式和供应链管理、B2B2C市场情报、数据驱动的人工智能决策供应系统、产业技术路线图、方法和标准

Part III: Special Forums etc  (Click to here to see more details)

TBIS 2026 OC