The Program
Why This Program?
The Dual Master’s Program entitled: “Design and Manufacturing of Sustainable Medical Devices” is jointly offered by the Department of Mechanical Engineering of the Faculty of Engineering at Aristotle University of Thessaloniki (AUTH), Greece, and the College of Engineering at Texas A&M University (TAMU), USA. It aims to develop professionals with specialized expertise in sustainable development, capable of contributing to the improvement of healthcare quality, while simultaneously reducing environmental impact through technological innovation and sustainable production practices.
Graduates of the Dual Master’s Program will acquire specialized skills that will enable them to enter a highly competitive sector of the labor market.
The field of sustainable medical devices is rapidly expanding both in Greece and internationally, creating significant opportunities for professional development and career advancement.
Novelty of the program
The Program awards two discrete Master degrees from highly recognized Institutions in just 18 months:
Master’s of Engineering in Biomedical Engineering from the Biomedical Engineering Department of TAMU.
Master’s of Science in Design and Manufacturing of Sustainable Medical Devices from the School of Mechanical Engineering of AUTH.
The Program offers:
Explore the program – curriculum outline
The main focus areas of the program are outlined as follows:
Sustainable Design and Development of Medical Devices
The program focuses on the design and manufacturing of medical devices that incorporate innovative and environmentally friendly materials, as well as technologies that combine a reduced environmental footprint with cost-efficient production. Students will learn how to integrate sustainable principles and practices into the development of medical products.
Manufacturing Technologies and Innovation
The program integrates advanced manufacturing technologies, such as 3D printing and microfabrication, which promote sustainability through the reduction of material consumption and energy use. Students will become familiar with these technologies and learn how to apply them in the development and production of medical devices.
Circular Economy and Sustainable Production Practices
A key objective of the program is the integration of circular economy principles into the production processes of medical devices. Students will learn how to design products with a focus on reuse, recycling, and resource efficiency, contributing to more sustainable healthcare technologies.
Regulatory Frameworks and Product Safety
Students will gain an understanding of the legal and regulatory frameworks governing the design, manufacturing, and use of medical devices, ensuring that products comply with international standards of safety, quality, and sustainability.
Entrepreneurship and Innovation
The program aims to strengthen students’ entrepreneurial skills, providing knowledge on how to develop, commercialise, and bring innovative and sustainable medical technologies to the global healthcare market.
Your study timeline:
Starting in June at TAMU, the Fall Semester at TAMU, then Spring Semester of the next year at AUTH and lastly, Fall Semester for diploma thesis either at AUTH or TAMU.