Call for Papers - AMSC25

The 5th Advanced Manufacturing Student Conference (AMSC25) invites submissions focusing on the integration of Advanced Manufacturing within the realm of sports technology. This year, we are particularly interested in research that explores the role of cutting-edge manufacturing processes in the design, development, and production of sports-related products, equipment, and facilities.

We welcome contributions that address innovation, sustainability, performance enhancement, and future challenges across the following topics:

1. Additive Manufacturing for Sports Equipment Customization

Explore the role of additive manufacturing (3D printing) in creating highly customized sports equipment tailored to individual athlete needs. Discuss how this technology is enabling the production of lighter, stronger, and more ergonomic designs while maintaining high-performance standards.

2. Wearable Sports Technology and Advanced Manufacturing

Investigate the use of advanced manufacturing processes in the creation of wearable sports devices, such as fitness trackers, smart textiles, and health monitoring systems. Consider the role of mass production techniques, miniaturization, and sustainable materials in improving the performance and usability of these technologies for athletes.

3. Sustainable Manufacturing Practices in the Sports Industry

Examine the integration of sustainable manufacturing solutions in the sports sector. Topics can include the use of eco-friendly materials, energy-efficient production methods, and circular economy principles that promote recyclability and reduce the environmental impact of sports products.

4. Advanced Manufacturing for Protective Sports Gear

Analyze how advanced manufacturing techniques, such as 3D printing, material science, and automation, are transforming the development of protective gear in sports. Focus on innovations that improve safety without compromising comfort or performance, from helmets to body armor and padding.

5. Internet of Things (IoT) in Sports Equipment Manufacturing

Explore the role of IoT in advancing the production and performance tracking of sports equipment. Discuss how interconnected devices and sensors can be embedded into products to monitor usage, performance metrics, and maintenance needs in real-time.

6. High-Performance Sports Textiles and Advanced Manufacturing

Delve into the innovations in high-performance textiles used in sportswear, and the advanced manufacturing techniques that make these innovations possible. Topics may cover moisture-wicking fabrics, compression garments, and the integration of smart fibers for real-time monitoring of athlete performance.

7. Biomimicry and Advanced Materials in Sports Technology

Investigate the use of advanced manufacturing to create materials inspired by nature (biomimicry) for sports applications. This could include materials that adapt to environmental conditions, enhance durability, or improve the aerodynamic and biomechanical properties of sports gear and equipment.

8. Robotics and Automation in Sports Facility Construction

Examine the role of robotics and automated systems in the construction and maintenance of smart sports facilities. Explore how advanced manufacturing methods contribute to modular construction, efficient facility operations, and sustainable infrastructure for training, competition, and fan engagement.

9. Virtual Prototyping and Digital Twins in Sports Product Design

Explore how digital twin technologies and virtual prototyping are being utilized in sports product design and manufacturing. This can include the creation of virtual simulations of equipment or facilities to test performance and optimize designs before physical production begins.

10. Performance Data-Driven Manufacturing for Sports Innovation

Investigate the integration of performance data into the manufacturing process to inform the design and production of sports equipment and apparel. Explore how data analytics can shape product development, from biomechanical analysis to real-time feedback systems that enhance both product performance and athlete experience.

Submission Guidelines:

• We encourage authors to submit review papers that explore one of these key topics, providing insights into how advanced manufacturing is shaping the future of sports technology.
• Each paper should focus on innovative research, case studies, or advancements in manufacturing processes that directly impact sports performance or product development.
• Only one author per submission is permitted to register.
• Presentation duration is limited to 7 minutes to maintain the conference schedule.
• All accepted papers will be published in the AMSC Proceedings under Open Access licenses.

For details on registration, important deadlines, and the conference program, please explore the menu on the left of this page. We look forward to your valuable contributions and your participation in AMSC25!

Best regards,
Prof. Dr.-Ing. Stephan Odenwald