Advancing Exoskeleton Adoption Through Safety and Standards with Matthew Dickinson
Wed Feb 04 2026
In this conversation, Dr. Matthew Dickinson from the University of Central Lancashire discusses his work in the field of exoskeletons and wearable technology, focusing on the ASTM F48 standards committee, safety certification, and the importance of user-centric design. He shares insights from his journey in mechanical engineering, the Exo Games initiative, and the evolving landscape of funding and development in the UK. The discussion emphasizes the need for collaboration, the challenges of integrating technology into real-world applications, and the significance of understanding user needs in the design process.
Music by Chase Davenport. Used with permission.
Takeaways
Dr. Dickinson emphasizes the importance of safety certification for exoskeletons.
The ASTM F48 standards committee is working on classification and certification procedures.
User-centric design is crucial for the acceptance of exoskeletons in various fields.
Collaboration between engineers, users, and manufacturers is essential for innovation.
The UK is seeing a surge in interest and funding for exoskeleton technology.
Viking Exos aims to educate young students about exoskeletons and wearable technology.
Active and passive exoskeletons serve different purposes and applications.
Understanding the complexities of human movement is vital in exoskeleton design.
The Exo Games initiative fosters student engagement and practical experience.
Funding bodies are increasingly focused on the practical outcomes of research.
Sound bites
"I believe the body is so sophisticated."
"Humans never do anything straight."
"It's a cheat sheet to excel your innovation."
Chapters
00:00 Introduction to Exoskeletons and Standards
02:49 Safety and Certification in Exoskeletons
06:02 Matt's Journey into Exoskeleton Research
09:09 The Role of Student Engagement in Exoskeleton Development
12:09 UK Perspective on Exoskeleton Development
15:09 Viking Exos: Innovations and Educational Initiatives
20:54 Active vs Passive Exoskeletons: A Philosophical Debate
23:53 The Future of Exoskeleton Design and Technology
32:47 Exploring Compliance in 3D Printing
34:23 The Importance of Focused Exoskeleton Design
36:59 The Role of Teamwork in Engineering
40:01 Prototyping vs. Evaluating Existing Exoskeletons
42:49 Understanding User Needs in Exoskeleton Development
46:26 Addressing the Needs of First Responders
49:14 Connecting Manufacturers with End Users
51:45 Evolving Funding Landscapes in Research
56:05 The Intersection of Academia and Industry
57:55 Parting Wisdom for the Next Generation
More
In this conversation, Dr. Matthew Dickinson from the University of Central Lancashire discusses his work in the field of exoskeletons and wearable technology, focusing on the ASTM F48 standards committee, safety certification, and the importance of user-centric design. He shares insights from his journey in mechanical engineering, the Exo Games initiative, and the evolving landscape of funding and development in the UK. The discussion emphasizes the need for collaboration, the challenges of integrating technology into real-world applications, and the significance of understanding user needs in the design process. Music by Chase Davenport. Used with permission. Takeaways Dr. Dickinson emphasizes the importance of safety certification for exoskeletons. The ASTM F48 standards committee is working on classification and certification procedures. User-centric design is crucial for the acceptance of exoskeletons in various fields. Collaboration between engineers, users, and manufacturers is essential for innovation. The UK is seeing a surge in interest and funding for exoskeleton technology. Viking Exos aims to educate young students about exoskeletons and wearable technology. Active and passive exoskeletons serve different purposes and applications. Understanding the complexities of human movement is vital in exoskeleton design. The Exo Games initiative fosters student engagement and practical experience. Funding bodies are increasingly focused on the practical outcomes of research. Sound bites "I believe the body is so sophisticated." "Humans never do anything straight." "It's a cheat sheet to excel your innovation." Chapters 00:00 Introduction to Exoskeletons and Standards 02:49 Safety and Certification in Exoskeletons 06:02 Matt's Journey into Exoskeleton Research 09:09 The Role of Student Engagement in Exoskeleton Development 12:09 UK Perspective on Exoskeleton Development 15:09 Viking Exos: Innovations and Educational Initiatives 20:54 Active vs Passive Exoskeletons: A Philosophical Debate 23:53 The Future of Exoskeleton Design and Technology 32:47 Exploring Compliance in 3D Printing 34:23 The Importance of Focused Exoskeleton Design 36:59 The Role of Teamwork in Engineering 40:01 Prototyping vs. Evaluating Existing Exoskeletons 42:49 Understanding User Needs in Exoskeleton Development 46:26 Addressing the Needs of First Responders 49:14 Connecting Manufacturers with End Users 51:45 Evolving Funding Landscapes in Research 56:05 The Intersection of Academia and Industry 57:55 Parting Wisdom for the Next Generation