Matt Venn from TinyTapeout and Zero to ASIC Course interviewed me about MOSbius. Matt asked interesting questions and the live demos worked great! Go watch the video including the demo of a first-order delta-sigma modulator with MOSbius and leave a comment. Matt’s LinkedIn Post
Posted on LinkedIn: It was a humbling but deeply gratifying experience to receive a Presidential Award for Outstanding Teaching at the Columbia University Commencement today. Many thanks for everyone who helped me get here. Thanks to my family for their patience and support, my teachers and mentors, my students for their feedback and interest, my TAs for their help and dedication, my colleagues and EE support staff, our industrial sponsors, and a special thank you to Yannis Tsividis for his example and mentorship on striving for teaching excellence. ...
The Electrical Engineering Department and the School of Engineering and Applied Science did a profile on my teaching. Enjoy the article (pdf)
Posted on LinkedIn: It was an honor and true pleasure to present the MOSbius circuit lab educational platform as the keynote luncheon at the IEEE Custom Integrated Circuits Conference If you are interested to try out MOSbius in your courses, don’t hesitate to contact me – contact info is on https://mosbius.org. We have sample kits available and are ramping up to make more kits for labs in the fall semester. ...
Education Projects VLSI Design Lab MOSbius Overview of the MOSbius platform. Transistors and circuits on the MOSbius chip allow the student to create an electronic circuit that they can evaluate experimentally to learn to connect design, analyis, simulation and measurements. ...
Posted on LinkedIn: Want to offer your students hands-on labs in your integrated-circuits courses connecting measurement, simulation, and analysis? We created the MOSbius chip for that purpose! Documentation and example experiments are available at https://mosbius.org. The 68-pin MOSbius chip contains nMOS and pMOS devices as individual transistors, and in typical configurations like current mirrors, differential pairs, common-source configuration, simple operational transconductance amplifiers or inverters. Circuits can be built with external wires and there is also a 65x10 on-chip digitally controlled switch matrix than can connect each of the 63 transistor-terminal pins and the VDD and VSS to 10 buses on the chip to build circuits. ...