Samuel Wishnie

Hello, I'm Samuel Wishnie.

A Mechanical Engineer passionate about biomedical devices and innovative manufacturing processes.

With a Bachelor of Science in Mechanical Engineering from the University of Colorado Boulder, I specialize in designing and developing complex medical devices from initial concept to full-scale production.

Web Applications

Bridging the gap between hardware and software. I build full-stack web applications to solve real-world productivity and inventory challenges.

Calendrics

AI Powered

An intelligent calendar digitizer that uses Computer Vision and LLMs to convert physical schedules and handwritten notes into digital events.

Launch Application

Counterbore

Utility

"Track Your Tech." A robust inventory management system designed for engineers to organize physical assets, tools, and digital licenses.

Launch Application

Education

University of Colorado Boulder

Bachelor of Science in Mechanical Engineering

Focus: Biomedical Engineering

Certificate: Engineering Science and Society

Career

DEKA R&D - August 2021 -

Mechanical Engineer

Medical Research & Development Company, Manchester, NH

Getinge - May 2019 - August 2021

R&D Mechanical Engineer

Manufactures surgical devices, Wayne, NJ

Philips Healthcare - June 2018 - March 2019

Manufacturing Engineer

Colorado Springs, CO

Technical Skills

Certified SolidWorks Professional

GD&T (ASME Y14.5)

IEC 60601-1

ISO 80369-7

DFx

EVOLVE SmartProfile

Injection Molding

Rapid Prototyping

Laser Welding

MECWAY FEA

CETOL 6σ

Tolerance Analysis

TracePro

OpenFoam CFD

Mechanical Projects

Shark Hydrovac Repair

Analyzed and redesigned the water sensor assembly to resolve a common failure.

View Project →

Door Stop

Designed and 3D printed a custom door stop to prevent cats from locking themselves in rooms.

View Project →

Dishwasher Indicator

A satisfying, durable status indicator using neodymium magnets.

View Project →

Cargo Blocks

Two-part cargo blocks to prevent storage boxes from sliding in vehicle trunks.

View Project →