MIT BioMaker Space Engineering: Building Chemical Cars and Community
Discover the MIT BioMaker Space engineering experience. Students design chemically powered cars while learning collaboration and advanced biological techniques in a hands-on lab environment.
Engineering is getting 'squishy' at MIT. In the basement of Building 26, students aren't just reading textbooks—they're building chemically powered cars from scratch using biological systems.
Hands-On MIT BioMaker Space Engineering
Jaden Chizuruoke May ’29 and his teammates are currently tackling a unique challenge in the Huang-Hobbs BioMaker Space. As part of the class "Hands-On Engineering: Squishy Style Making with Biology and Chemistry," taught by Justin Buck, they've designed a model car powered by a layered electrochemical battery.
The lab isn't just for experts. It's a welcoming hub for novices, offering workshops in everything from CRISPR to DNA origami. For May, the most valuable part is the freedom to figure out how to tackle complex tasks independently after receiving initial training.
More Than Just Lab Work
Beyond the technical specs of chemical batteries, the makerspace serves as a social pillar. "The emphasis placed on teamwork is what makes the class feel both welcoming and exciting," May says. It's where he made some of his first friends at MIT, proving that the best engineering happens through collaboration.
This content is AI-generated based on source articles. While we strive for accuracy, errors may occur. We recommend verifying with the original source.
Related Articles
OpenAI introduces ChatGPT Health, a siloed space for medical inquiries with Apple Health integration. Learn how OpenAI plans to protect your data while improving healthcare access.
Jay Graber voluntarily exits the CEO role at Bluesky as the decentralized social platform hits 40 million users. What does the leadership shift mean for the open web's biggest bet?
Peter Thiel's Founders Fund is closing a $6B growth fund less than a year after its last one. With stakes in both OpenAI and Anthropic, the firm is making a structural bet on AI — not just picking winners.
A new study links Pacific Ocean temperature cycles, oracle bone inscriptions, and abandoned Bronze Age settlements to explain catastrophic floods 3,000 years ago — and what it means for climate science today.
Thoughts
Share your thoughts on this article
Sign in to join the conversation