Science to Society E4: Exploring the Frontiers of Bioengineering with Prof Carmelo De Maria
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Welcome to the latest episode of "Global Voices in MedTech," a featured segment of UCT MedTech's "Science To Society" series. This podcast series is an initiative by the NRF SARChI in Biomedical Engineering and Innovation to bring voices behind innovation to inspire the next generations.
In this engaging episode, we are honored to host Prof Carmelo De Maria, an esteemed associate professor of bioengineering at the University of Pisa and a notable figure in various global bioengineering groups.
Prof De Maria, who is also affiliated with the Research Center 'E. Piaggio' and a key figure in the UBORA Association, brings a wealth of knowledge in additive manufacturing technologies, specifically in biomedical applications such as bioprinting and medical device prototyping. His expertise in computational fluid dynamics, mechanical finite element modelling, and the mechanical characterisation of biomaterials, positions him at the forefront of bioengineering research and innovation.
This conversation not only enlightens but also inspires, offering invaluable perspectives for anyone interested in the dynamic field of bioengineering. So, please tune in and join us in this enlightening journey with Prof Carmelo De Maria, and stay tuned for more episodes where we bridge the gap between science and society.
We are grateful for funding support for our research from the South African National Research Foundation, MerSETA, Department of Science and Innovation, Technology Innovation Agency and the University of Cape Town.
Enjoy!
In this engaging episode, we are honored to host Prof Carmelo De Maria, an esteemed associate professor of bioengineering at the University of Pisa and a notable figure in various global bioengineering groups.
Prof De Maria, who is also affiliated with the Research Center 'E. Piaggio' and a key figure in the UBORA Association, brings a wealth of knowledge in additive manufacturing technologies, specifically in biomedical applications such as bioprinting and medical device prototyping. His expertise in computational fluid dynamics, mechanical finite element modelling, and the mechanical characterisation of biomaterials, positions him at the forefront of bioengineering research and innovation.
This conversation not only enlightens but also inspires, offering invaluable perspectives for anyone interested in the dynamic field of bioengineering. So, please tune in and join us in this enlightening journey with Prof Carmelo De Maria, and stay tuned for more episodes where we bridge the gap between science and society.
We are grateful for funding support for our research from the South African National Research Foundation, MerSETA, Department of Science and Innovation, Technology Innovation Agency and the University of Cape Town.
Enjoy!
