Circular Strategies in MedTech
This course is part of Circular Strategies for Sustainable Healthcare.
This comprehensive course equips professionals in the healthcare industry with essential knowledge and practical skills for implementing circular economy principles. Learn to develop sustainable medical devices, understand urban mining concepts, and create value through reuse, maintenance, and recycling strategies. The course combines academic insights with real-world business cases, featuring expert presentations and hands-on applications. Participants will master circular product design, waste stream management, and proposal development, while gaining accredited professional development points. Includes a free e-book on creating a circular healthcare economy and offers practical tools for immediate implementation in healthcare organizations.
Instructors:
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What you'll learn
Understand the fundamentals of circular economy and its application in healthcare
Master different circular strategies including reuse, maintenance, repair, and recycling
Develop skills in urban mining and waste stream management
Learn to create circular products and processes for medical devices
Apply material properties knowledge in sustainable product design
Create comprehensive circular proposals for healthcare organizations
Skills you'll gain
This course includes:
PreRecorded video
Graded assignments, exams
Access on Mobile, Tablet, Desktop
Limited Access access
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There are 7 modules in this course
The course provides a comprehensive exploration of circular economy principles in healthcare, focusing on sustainable medical device development and supply chain management. Starting with foundational concepts, it progresses through practical applications of circular strategies, urban mining, and waste management. Students learn about material properties, circular product design, and process development. The course emphasizes hands-on learning through business cases and expert presentations, culminating in the creation of circular proposals for healthcare organizations. The curriculum integrates theoretical knowledge with practical applications, supported by a complimentary e-book and accreditation from professional associations.
Fundamentals of the Circular Economy
Module 1
Applying Circular Strategies
Module 2
Urban Mining
Module 3
Waste Streams
Module 4
Circular Product and Process Design
Module 5
Creating a Circular Product or Process Proposal
Module 6
Closing Week
Module 7
Fee Structure
Individual course purchase is not available - to enroll in this course with a certificate, you need to purchase the complete Professional Certificate Course. For enrollment and detailed fee structure, visit the following: Circular Strategies for Sustainable Healthcare
Instructors
4 Courses
A Pioneer in Sustainable Healthcare and Circular Medical Innovation
Bart van Straten is a distinguished expert in sustainable healthcare and circular economy, serving as a researcher and lecturer at TU Delft while leading multiple initiatives in medical device sustainability. After earning his PhD in Biomedical Engineering from TU Delft and an MBA from EU Business School, he has dedicated his career to transforming healthcare waste management and circular design. As co-founder of GreenCycl and a key figure at Van Straten Medical, a family company he helped transform into a circular production facility alongside his brother Niels, he has pioneered innovative approaches to medical waste reduction and reprocessing. His groundbreaking work includes developing the world's first recycling process for hospital waste, earning recognition in the Utrecht Circular Innovation Top 20. As chairman of the NEN Platform 'Sustainability and Medical Devices,' he co-authored the national NEN-guideline for reusing single-use medical devices during crises. Following his University Teaching Qualification in 2021, he has focused on integrating sustainability engineering and circular design into education at TU Delft, developing online courses for self-paced learning about circular economy. His research has led to significant publications on surgical waste reprocessing and life cycle assessment of medical devices, while his leadership extends to roles including membership on the supervisory board of the Leiden Instrument Makers School and various educational and government-related institutions. His work in the Field Lab, co-developed with Tim Horeman, has demonstrated innovative methods for reprocessing surgical waste into new medical products, embodying his personal and professional mission to minimize waste based on the principle that we borrow the world from our children rather than inheriting it from our parents.
4 Courses
A Pioneer in Sustainable Surgery and Medical Technology Innovation
Tim Horeman serves as Associate Professor in Sustainable Surgery & Translational Technology and Academic Portfolio Director of Medical Technology at TU Delft. His groundbreaking work focuses on developing sustainable surgical instruments and circular healthcare solutions. After earning his PhD in Biomedical Engineering from TU Delft, he has become a distinguished serial medtech entrepreneur, founding multiple successful companies including GreenCycl, MediShield, ForceSense, Surge-on Medical, and SuperSeton. His research has revolutionized surgical waste management, developing methods to transform medical waste into new instruments, including a breakthrough process for converting blue wrapping paper from operating rooms into new medical devices. His achievements earned him the Dutch Royal Engineer of the Year award in 2016 and the Prins Johan Friso Engineering award for contributions to medical technology and patient safety. As principal investigator on numerous international research projects, he has authored over 80 journal publications and holds 18 patent families in surgical innovation. His work with the Field Lab GreenCycl, developed in collaboration with Bart van Straten, has established the world's first recycling process for hospital waste. Currently, he leads the development of sustainable surgical instruments for advanced robot surgery, focusing on making lifesaving surgical innovations accessible in less wealthy regions.
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