Pillar 02

Biomedical
Engineering

Cal Poly SLO 27'

Biomedical Enigneers study and enhance the most complex, efficient, and truly miraculous thing ever created - the human body.

Engineering

Projects

IV League, Pismo, and Biomechanics Lab

Biomechanics Lab

Movement analysis and biomechanics - how the body moves and what forces are excerted on it.

Biomechanics Lab
Proportions of each segemnt of the body

IV League — Biomedical Make-a-thon

Developed a low-cost stabilization device to improve IV placement success in moving ambulances. KISS: Keep It Simple.

Make-a-thon design
Final design presented to judges.

Prosthetic Leg — Pismo the Dog

Collaborated on a prosthetic solution for Pismo, the three-legged dog. The real challenge: identifying the actual problem - pismo could run just fine, it was the walking that hurt.

Pismo the dog
Pismo, the three-legged dog.

Anatomy

Took Anatomy with an emphasis on the nervous system. Performed several dissections and had the rare opportunity to hold an actual human brain. Final practical: identifying labeled anatomical structures on cadavers in real time.

Sheep brain dissection
400x of a human neuron (the cells that run your nervous system)

More research + projects

A few areas I've worked in

Hands-on build

Manufacturing, tools, and making things that work in the real world.

Screwdriver manufacturing class
Screwdriver made in manufacturing class.

Tensile testing

Using a tensile strength tester to evaluate materials under different conditions and compare performance.

Tensile testing
Tensile testing.

Saltwater Rust Machine

Designing controlled corrosion tests to compare how materials hold up across environments.

Rust testing machine
Testing the effects of rust on steel.

EEG + imaging

Weekend MATLAB course exploring EEG imaging and signal interpretation — learning how brain data becomes something usable.

EEG reading
EEG reading.

Collaborate

If you're building something around the body, mind or other environments — I'm interested.