We designed and built an agentic harness for enzyme design and validation, handed it to Claude, and wired it into a Hamilton robot.

It came back with fourteen working, new-to-nature enzymes. To our knowledge this is the first autonomously designed de novo enzyme.

WATCH HERE: https://youtu.be/1frGnIm6k-M

A CPR robot that detects when a high risk patient is flatlining through a wearable IR heart rate sensor and immediately calls paramedics and then autonomously steers and positions itself over the patients chest and performs CPR until the paramedics arrive, potentially saving lives.

WATCH HERE:
https://www.linkedin.com/feed/update/urn:li:activity:7429417512934653952/

Designed and 3d-printed a prosthetic controlled through residual muscle contractions, created an ml algorithm that processed and predicts data into prosthetic grip

WATCH HERE:
https://youtu.be/3lLYtwCNpO4

Processed brainwaves through DL algorithms, FFT analysis, modelled and 3d-printed a 7 DofF prosthetic controlled through eye movements for locked in patients

WATCH HERE:
https://youtu.be/fGeMudsAX2I

Created a prototype arm that predicts 3 classes of thoughts with over 80% accuracy using DL learning and wave decomposition; actions include picking up a cup and shaking hands, all without the user moving

WATCH HERE:
https://www.youtube.com/playlist?list=PL_P0Qzi4vjLNj6V11bLFMdJPbD00ZUK1p

Earned a “Distinction” for buildingan anatomically accurate robotic hand that plays rock, paper, scissors and has 4 degrees of freedom for my HPQ.

WATCH HERE:
https://youtube.com/shorts/D2-XEE6Mg4o?feature=share

Built a full-stack remote patient monitoring app that continuously records patients' vitals and prescription intake, enhancing preventative care and decreasing medical bills 

WATCH HERE:
https://www.youtube.com/watch?v=vKuNXZ3ZwcQ

Created a fibonacci clock that tells the time through the fibonacci sequence

WATCH HERE:
https://youtu.be/DZi3bHn22sw

As my first ever engineering project, I built a vending machine where the player wins a game of pong before the coil spins and the student earns a treat!

WATCH HERE:
https://youtu.be/oJNks1Z1Bls

designed and 3d printed a semi-conductor model to visualise how electrons gain energy and how the voltage is used up through components

WATCH HERE:
https://youtu.be/FxA1CD-wpOU

Try it out: https://www.vonos.us/

AI-powered healthcare assistant designed to reduce the administrative burden on clinical staff. By integrating directly into existing clinical workflows it takes on the role traditionally filled by nurses during the intake process by automating time-consuming administrative tasks such as filling out patient forms, collecting patient data, and suggesting reasonable tests. This frees nurses to focus on what they do best, like taking vitals and providing hands-on patient care, while allowing doctors to dedicate their full attention to diagnoses and treatment plans.