Tag: Mechatronics

Design and build a full-functioning boat and controller that can cooperatively strive to harvest a crop of virtual crab during a series of crabbing “seasons” within three weeks for less than $150.

Our team of three created our pirate ship in the Spring of 2010. Our pirate ship was a sleek fiberglass boat that was quickly maneuverable through dangerous waters.

For more details on our pirate ship, check out our project website.

We integrated a variety of disciplines to create our pirate ship, including design, electronics, mechanical, and firmware skills.

Stanford Smart Product Design Lab

Design and build a fully-functioning robot that can knock off targets as specified by a radio-controlled Target Commander device within three weeks for less than $150.

Our team of four created Alice in the Winter of 2010. Alice is a fully autonomous, wall following, PID controlled robot that can knock off targets as specified by a radio-controlled Target Commander device.

For more details on Alice, check out our project website.

We integrated a variety of disciplines to create our Queen-defeating Alice, including design, electronics, mechanical, and firmware skills.

Stanford Smart Product Design Lab

In eighteen days and with an impossible budget of $150 USD, create a full-functioning, robust, interactive, electro-mechanical portrayal of a scene or image from pop-culture.

With a team of three in November 2009, I created a micro-controlled arcade game based off of the film The Italian Job, complete with driving around a red Mini Cooper and cracking a safe!

For more details on Project Mini, check out our project website.

Using our design, electronics, CAD, mechanical, and firmware skills, we created a fully functioning, fun, and immersive game for children and adults.

Stanford Smart Product Design Lab