Biomechanical Engineering · Stanford University

Maroussia
Walckiers

M.S. Mechatronics & B.S. Biomechanical Engineering. Designing intelligent systems at the intersection of human biology, medicine, and machine precision.

Maroussia Walckiers

About

Building systems where biology and engineering meet

I'm a Biomechanical Engineering graduate specializing in Mechatronics at Stanford, driven by the challenge of designing intelligent systems that work in harmony with the human body. My work spans computational modeling, hardware prototyping, and human movement science.

From medical device innovation to sensor-integrated robotics, I pursue projects that demand rigorous engineering analysis alongside creative problem-solving — always centered on the human impact.

Degrees
M.S. Mechanical Engineering (Mechatronics) B.S. Biomechanical Engineering
University Stanford University
Graduation June 2026
Location Stanford, CA

Skills

The tools behind the work

Software & Programming

Python MATLAB C / C++ R Studio

Design & Fabrication

SolidWorks Fusion 360 OnShape 3D Printing Laser Cutting

Electronics & Hardware

Microcontrollers PCBs Circuits Sensor Integration Actuator Control

Languages

French — Fluent Dutch — Fluent English — Fluent Spanish — Beginner

Projects

Selected work

Smart Pinball Machine
Mechatronics Embedded Systems ME218a

Smart Pinball Machine

Designed, built, and programmed a fully functional electronic pinball machine — integrating microcontroller programming, sensor arrays, and actuator control for real-time game logic and live scoring.

Pediatric Gut Motility Stimulator
Biodesign Medical Device Prototyping

Pediatric Gut Motility Stimulator

Designed a novel stimulator to accelerate enteral feeding for preterm infants following heart surgery — applying Biodesign principles through clinical immersion, iterative prototyping, and patient-centered innovation.

Contact

Let's build something that matters

Open to research positions, internships, and full-time engineering roles. Particularly interested in the intersection of medicine, robotics, and human-centered design.