Provided by The American Society of Mechanical Engineers
ASME.ORG Home

Engineering Bio-Hybrid Devices

Engineering Bio-Hybrid Devices

 

Engineering Bio-Hybrid Devices

Rashid Bashir, professor of bioengineering at the University of Illinois at Urbana-Champaign, highlights how the principles of engineering and biology can be integrated to develop bio-hybrid devices.
12
All featured videos
Play all
featured videos
Engineering. Changes. Everything.
1:22

Engineering. Changes. Everything.

ASME INSPIRE | K-12 engineering education/STEM initiative
3:43

ASME INSPIRE | K-12 engineering education/STEM initiative
Engineering Apollo 11: Making The Lunar Module
13:22

Engineering Apollo 11: Making The Lunar Module
2019 ASME Turbo Expo Week in Review
3:21

2019 ASME Turbo Expo Week in Review
Energy Blockchain Approaches Hurdles and Milestones
3:26

Energy Blockchain Approaches Hurdles and Milestones
Developing Blockchain for the Energy Sector
3:45

Developing Blockchain for the Energy Sector
Bioengineering: Simulation Software-Creating the Future
4:06

Bioengineering: Simulation Software-Creating the Future
Bioengineering: The Mechanics of Biomedical Engineering
4:04

Bioengineering: The Mechanics of Biomedical Engineering
Next Stop: Glasgow
1:14

Next Stop: Glasgow
"Demand The Mark" - Here’s Why
2:25

"Demand The Mark" - Here’s Why
Applied Mechanics Reviews
2:52

Applied Mechanics Reviews
Journal of Nuclear Engineering and Radiation Science
3:15

Journal of Nuclear Engineering and Radiation Science

More from  Bioengineering

Webinar: Innovations in Bioengineering: CTCs and the Future of Cancer Research Bioengineering

Webinar: Innovations in Bioengineering: CTCs and the Future of Cancer Research

Advanced biomedical devices, such as chip-based probes, are helping bioengineering sleuths Drs. Peter Kuhn and Mehmet Toner as they fight to stop cancer in its tracks.
1.2 Advances in Simulation | Special Report Bioengineering

1.2 Advances in Simulation | Special Report

Mechanical Engineering’s Special Report video series continues with a discussion of some of the innovations and technological advances that have made computational modeling and simulation one of the most powerful and valuable tools available today.
1.1 Bioengineering Simulations Today | Special Report Bioengineering

1.1 Bioengineering Simulations Today | Special Report

In the first installment of the video series for Mechanical Engineering’s “Special Report on Bioengineering,” Nagi Elabbasi, Veryst Engineering, discusses the revolutionary impact computational modeling and simulation is having on the field...
Engineering New Materials in Medical 3D Printing Bioengineering

Engineering New Materials in Medical 3D Printing

Engineers have developed an alternative path in the world of medical 3D printing: advanced biomaterials. Explore how the innovative materials at Dimension Inx can solve real world problems right now.
Designing Medical Devices with Additive Manufacturing Bioengineering

Designing Medical Devices with Additive Manufacturing

Robert C. Cohen, VP & GM of R&D, Stryker Orthopedics, discusses the best practices medical device manufacturers must consider before adopting AM for surgical equipment, prosthetics, and implants.
1.3 Biggest Challenges in CAD Bioengineering | Special Report Bioengineering

1.3 Biggest Challenges in CAD Bioengineering | Special Report

The third installment of Mechanical Engineering’s Special Report video series explores the challenges facing software companies and engineers as they look to make computational modeling and simulation an even greater and more widely utilized tool.
See all
14 videos