What is biomechanics? Should I learn it?

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    Biomechanics
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SUMMARY

Biomechanics focuses on the mechanics of biological systems, particularly the musculoskeletal system, fluid, and solute transport in bone and cartilage. Key applications include industrial bioengineering, medical devices, rehabilitation robotics, ergonomics, and occupational safety. Students interested in biomechanics should consider studying biomedical engineering and can benefit from resources like "Basic Orthopaedic Biomechanics" by Van C. Mow. Graduates can pursue various roles in companies rather than solely academic positions like postdoctoral research.

PREREQUISITES
  • Understanding of biomechanics principles
  • Familiarity with biomedical engineering concepts
  • Knowledge of fluid dynamics in biological systems
  • Experience with medical device design and applications
NEXT STEPS
  • Research industrial bioengineering applications in biomechanics
  • Explore the role of biomechanics in rehabilitation robotics
  • Study ergonomic design principles for occupational safety
  • Read "Basic Orthopaedic Biomechanics" by Van C. Mow
USEFUL FOR

This discussion is beneficial for ocean engineering students, biomedical engineering students, biomedical equipment technicians, and professionals interested in industrial bioengineering and ergonomics.

Heisenberg_Fan
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Hi, everyone. I am new here.

I am an ocean engineering student. Rerently, I have received an invitation into a biomechanics group which is focus on biomechanics in musculoskeletal system, in particular fluid and solute transport in bone and cartilage. I do not know this area much. What kind of job are people in this area supposed to do after graduation? Postdoc? I expect not a postdoc but a decent job in a company.

So, what do you guys say about this?

Thanks a lot for any help
 
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I'm a biomedical equipment technician, not graduated. Recently I'm working also with risk assesment in health care structures.
I know you may study biomechanics at biomedical engineering.
Its main applications are in the sector of industrial bioengineering (medical devices like implants, bionics, rehabilitation robotics are examples), but also not least in ergonomics and occupational safety and health.
 
Get yourself a copy of Basic Orthopaedic Biomechanics by Van C. Mow. His group at Columbia works in the very area you are describing. I collaborated on some work with his group a few years ago, and learned much of the background material from this book.

Chet
 
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