Back to freelancer search

Muhammad Saad A.

Name: Cad Crowd
Address: 1709 E Glenoaks Blvd Apt 4, Suite 4, Glendale, CA, 91206, US
Telephone: +1.877.880.8850
Price range: $$$

Biomedical Engineering professional with Fusion360 and Simulation experience

Karachi, Pakistan

Global rank:

138,061 / 135,467

Skill pts: 0

3D Rendering Biomedical Engineering CAD Design CAD Designer Simulation

Get a quote

A Biomedical Engineering Graduate and Freelance 3D CAD Designer with an expertise in , Medical Device Design, Medical Simulation and Optimization.

Simulation Technical Analyst Aga Khan University · Full-time Nov 2022 – Present 3 yrs 7 mos Karachi, Sindh, Pakistan • Working as a member of the technical team with specific responsibilities for operating simulators,
audio-visual, Biomedical and IT equipment, working alongside clinicians, troubleshooting, routine
maintenance and reporting technical faults.
• Working as a member of Innovation team, developing and researching on new simulation products.
Product Design & Development Engineer Cadversity · Full-time Oct 2022 – Present 3 yrs 8 mos Boston, MA, United States Created innovative designs for a variety of products, using CAD software and other design tools.
• Developed prototypes, test products and ensured that they meet performance and quality standards.
• Managed multiple projects and communicated effectively with clients, stakeholders and team
members.

NED University of Engg & Tech Karachi Bachelors, Biomedical Engineering, B+ 2018 – 2022 Activities and Societies: NSA,NDS,ASME

Design and Development of a Mobile Patient Transfer Lift We had designed a manual, easy to use
patient lifting mechanism used to lift patients, providing safe alternative to nurses and caregivers.
• Major parts are the Mast, Boom, Base, Hanger and Sling.
• The concept of patient lifter itself is a blend of several engineering fields.
• Knowledge and abilities with the geometric analysis and solid modeling skills converted this unique
concept
into 3D model and then into a physical prototype with the same dimensions.
• This was a Final Year Design Project of my Bachelors.