MEng (Hons) Biomaterials Engineering
Course Overview
Biomaterials Engineering at Loughborough University is an interdisciplinary course that equips students with the core principles of materials science and their specialized application in the biomedical field. This program is designed to address global challenges in healthcare, sport, and regenerative medicine for an ageing population. Students gain both the theoretical knowledge and practical, industry-relevant skills sought by employers in this rapidly growing sector.
Key Program Highlights
- Apply core materials engineering principles to solve real-world biomedical challenges within the human body.
- Benefit from the university's interdisciplinary expertise, drawing from the School of Sports, Exercise and Health Sciences and Chemical Engineering.
- Focus on high-growth application areas including medical devices, regenerative medicine, and the health and sport sectors.
- Develop essential industrial relevance through a curriculum that covers material selection, testing, manufacture, and environmental impact.
- Flexible study path with a common structure for BEng and MEng, allowing for potential transfer to the more advanced MEng degree.
Course Overview
Biomaterials Engineering at Loughborough University is an interdisciplinary course that equips students with the core principles of materials science and their specialized application in the biomedical field. This program is designed to address global challenges in healthcare, sport, and regenerative medicine for an ageing population. Students gain both the theoretical knowledge and practical, industry-relevant skills sought by employers in this rapidly growing sector.
Key Program Highlights
- Apply core materials engineering principles to solve real-world biomedical challenges within the human body.
- Benefit from the university's interdisciplinary expertise, drawing from the School of Sports, Exercise and Health Sciences and Chemical Engineering.
- Focus on high-growth application areas including medical devices, regenerative medicine, and the health and sport sectors.
- Develop essential industrial relevance through a curriculum that covers material selection, testing, manufacture, and environmental impact.
- Flexible study path with a common structure for BEng and MEng, allowing for potential transfer to the more advanced MEng degree.
