Bio-Inspired R&D

Yousif Shamil
Ahmed

Medical Simulation Systems Engineer

Bridging the gap between physiological complexity and interactive engineering. Turning limited resources into groundbreaking medical innovations.

"Done is better than perfect."
Yousif Shamil Ahmed

From Displacement to Design

The crucible that forged an engineer's mindset.

The Alternative Laboratory

Moving between 13 homes and 8 schools during the 2014 displacement in Iraq, I never had access to a real science lab. My sanctuary became my father's civil engineering storage room. Playing with mechanical tools and pipes taught me early on that engineering is the art of building systems from chaos.

The Multipotentialite Mindset

Graduating with a 95.29% score, I chose Biomedical Engineering because it perfectly converges mechanics, biology, electronics, and coding. My goal became clear: to make advanced medical training tools and interactive systems affordable and accessible to everyone.

Innovation Under Pressure

With my family's unwavering support, my bedroom transformed into an R&D lab. The first pieces of my original prototypes were 3D printed amidst power outages and the roar of warplanes overhead. I learned that true innovation isn't born in perfect conditions; it is extracted from the heart of adversity.

Patent Registration in Progress

Project HemoLoop

Bridging the gap between static textbook physiology and interactive reality. Current cardiovascular simulators cost universities thousands of dollars. HemoLoop achieves high-fidelity biomechanical simulation at a fraction of the cost.

"A revolutionary biomedical system engineered to mimic human cardiovascular dynamics. To protect the intellectual property ahead of our official filing in Baghdad, full technical specifications, fluid mechanics logic, and anatomical blueprints are currently under stealth."

🚀 Showcasing as a Startup at MEDICO 2026, Erbil International Fair.
HemoLoop Cardiovascular Simulator - Stealth Mode
Stealth Mode

Systems & Prototypes

From open-source teardowns to functional biomechanics.

White-cheeked Bulbul Prosthetic

Veterinary Biomechanics

Independently designed and 3D-printed a customized, passive prosthetic limb for a White-cheeked Bulbul using Fusion 360, explicitly engineered to redistribute anatomical weight and reduce stress fatigue.

Fusion 360 FDM Printing
Animatronic Mechatronics

Animatronic Systems

Collaboratively built open-source animatronic eyes and heart mechanisms. Wired Arduino boards and programmed servomotors to mimic natural, organic biological rhythms.

Arduino Mechatronics
Incubator PoC

Incubator Control (PoC)

Developed a Proof of Concept logic board for a neonatal incubator, integrating DHT and gas sensors with an LCD alarm system using embedded C++ on microcontrollers.

Embedded C++ Sensors

Community & Leadership

True engineering doesn't stop at hardware; it extends to elevating human lives and minds.

Charity Bazaars

Regularly supporting the university charity bazaar. I've sold my personal book collection to raise funds for local Thalassemia patients, and handcrafted botanical Terrariums to provide food supplies for underprivileged families.

Arabic SciComm (YouTube)

Because I once suffered from a lack of educational resources, I produce Arabic scientific content to democratize engineering knowledge, making complex physics accessible despite local constraints.

YouTube Content Creation
Charity Bazaar Terrariums