### Tuesday: 3:00: <a href='../../lab/integration/index.html' target="_self">Project Integration</a><br> - Powering (wall plug, LiPo, USB battery) - Wires (heat shrink, ribbon cables, screw terminals) - PCB (1 or 2-sided, stacking headers) - Mechanical (heat set inserts, captive nut) ### Thursday:  3:00: [PCB design and production](https://easyeda.com/) <br> ### Labs: Work on group machine projects. Demonstrate locomotion control. Work on end effector fabrication and control. ### Assignment: Work on your next final project iteration (integrated design, due 4/23). Document progress as you go. Consolidate your final project updates to a single "process" page. Optionally, create an additional concise "finished product" page. Plan on creating a 1-minute demo video for your final project. Here are some <a href='https://www.youtube.com/playlist?list=PL4fKo3qhGqtpF1pSUNwt2ywPJQqLw6Xu-'>examples</a>. ### Resources: <a href='https://roberthart56.github.io/SCFAB/SC_lab/Projects/Soldered_protoboard/index.html'>Project on a soldered protoboard</a><br> <a href='http://www.youtube.com/watch?v=XdamEhs2RIk&list=PL-xEsC0ZUCUM42QNHaOOdoOwYg0j251dU&index=1'>PCB Milling</a><a href='http://fab.cba.mit.edu/classes/863.17/Harvard/people/julia-ebert/2017/09/20/electronics-production.html'> Julia's Page</a><br> <a href='https://www.youtube.com/user/dgelbart/videos'>Dan Gelbart's Prototyping Videos</a> (Watch Part 1 first)<br>