Hi, I'm Clement 👋
An Electrical Engineer at SpaceX racing to get humans to Mars & Beyond! 🚀
CWBH

About

At the start of 2023, I moved to Los Angeles to help tackle humanity's biggest engineering challenges at SpaceX. Since then, I've been designing the flight-critical electronics that power Starship’s Raptor engines. Before that, I spent two and a half years at Formlabs in Boston, where I discovered a passion for manufacturing while building some of the coolest 3D printers around. Back in college, I studied Electrical and Computer Engineering, led firmware and battery design for my Formula Hybrid team, and worked as an engineer for our campus radio station, WJRH. When I'm not diving into hardware, you'll often find me taking photographs or exploring my interests in software and math.

Skills

Altium Designer
KiCAD
LTSpice
PSpice
Fusion 360
3D Printing
OnShape
Python
C++
JavaScript
Java
Rust
MySQL
Projects

My favourite projects

I've worked on many fun engineering challenges, from EVs, 3D printers, and to the most advanced rocket engines ever made.

Raptor 3

Raptor 3

Raptor powers the Starship rocket, and Raptor 3 pushes the boundaries of rocket engine technology, delivering unparalleled design and efficiency critical for Starship’s missions to orbit, the Moon, and Mars.

Electrical Engineering
Ingenuity
Hardwork
Starship

Starship

Starship is the most powerful and fully reusable spacecraft ever built, designed to carry humans and cargo to orbit, the Moon, Mars, and beyond. Shown here is booster catch: steering itself precisely into giant robotic arms on the launch tower.

Electrical Engineering
Perseverance
Hardwork
Form 4

Form 4

The Formlabs Form 4 uses advanced LCD technology to effortlessly turn ideas into precise, high-quality prints. Its intuitive design and smart resin system make printing clean and simple. The LCD screen creates faster, sharper, and more detailed models

Electrical Engineering
Displays
Resin
Fuse 1+

Fuse 1+

The Formlabs Fuse 1+ is an advanced Selective Laser Sintering (SLS) 3D printer that uses a powerful 30W fiber laser to rapidly fuse nylon powder into precise, robust parts. Its enhanced laser capability significantly reduces print times and delivers exceptional detail, enabling faster iteration cycles for engineers and designers.

Electrical Engineering
Lasers
Powder
Contact

Say Hi!

Want to chat? Just shoot me a dm on LinkedIn and I'll respond as soon as I can :)