Designer
tim_roboguy
Robotic and Biomedical Engineering product expert
Engineer with lots of Robotic product experience. Expert in Electrical, Mechanical, and Software Engineering.
Designer
nelsonh1
Biomedical Engineering student with Fusion 360 experience
Enthusiastic designer with experience and skills in the following areas: Advanced 3D Modeling Experience, Rapid Prototyping on CAD Software, Good Communication and Listening Skills, Intermediate Programmer in MATLAB and Arduino, Good...
Designer
beaug36
Biomedical engineering professional with SolidWorks and Inventor experience
I am a University Medal-winning Biomedical Engineer specializing in high-precision mechanical design and engineering-grade CAD. I focus on delivering functional, production-ready hardware through advanced
Designer
mnkhan
biomedical engineering beginner with fusion 360 and ansys
Designer
J. Vargas
Biomedical engineering with Fusion 360 and AutoCAD experience
Designer
rohithb
Biomedical Engineering Professional with CAD Expertise in Multiple Softwares
Blog Post
The 10 Highest Paid Jobs in the Engineering Services Industry
Engineering is a career that’s worth looking into. It pays well, there are plenty of different types of engineering to fit your preferences, and it’s an excellent career path to go after. If you’re considering
Designer
adamc7
Biomedical engineering professional with SolidWorks, AutoDesk Inventor, and AutoDesk Fusion 360 expe
* Rapidly designed, 3D printed, and tested many test fixtures for fast-paced experiments used in evaluation of new Transcatheter Mitral Valve Repair (TMVR) products. * Invented and revised both consumable products and comprehensive...
Job
Senior Materials Engineer
oxide (ITO) and thin-film metals. The ideal candidate will have extensive experience with surface engineering, thin-film deposition processes, and a deep understanding of advanced materials applications.
Designer
tadast
Second year medical engineering student
I currently study medical engineering at Vilnius TECH university. I enjoy making medical device models and working with 3D printers as a way to drive innovation in medicine and prosthetics.