PSoC Design TX00DB04

Last update:  February 12, 2024

Welcome to learn the fundamentals of Programmable Systems on Chip Design

This course is targeted for Smart Systems/Embedded Engineering B.Eng. and M.Eng. students and embedded micro-controller enthusiasts. We  strongly believe in sharing ideas free for non-profit use, so your are welcome to use the material for self learning. If you wish to get your exercises assessed and a study transcript, you need to enroll to this implementation. If you are our brother in arms and teach a similar course somewhere else, we would appreciate if you dropped us an email. Maybe we can work together on this field? 

I  wish you all a happy journey on the world of sensors!

Enrollment

Metropolia students: use Oma-services to enroll (TX00DB04-xxxx) and send an email to the teacher. 

Partner university students: 

NOTE: This course uses software which can be downloaded only after registration to myInfineon. If you do not want to register, then team up with someone who has the required software installed on his/her computer. All exercises can be done in small groups. 

INTENSIVE WEEK (Tokyo KOSEN: March 4-7, 2024)

Lecture topics


INTENSIVE WEEK (Frankfurt UAS: spring 2024)

Lecture topics


VIDEO RECORDINGS

The video recording links are added under each topic (currently the videos are from the previous year) after each session (may take time to appear after the class). The full set of videos will be available on an unlisted YouTube playlist "PSoC Design 2024 (FRA-UAS)" and the link is provided only to the registered students. If you are studying on your own time, you can still use 2020-2021 playlists. 

Hardware

This course is based on hands-on exercises and requires some specific hardware.  

Topics

Each session starts with a topical lecture, continues with a lab  tutorial, and the remaining time is reserved for individual/pair/group work. Lectures and tutorials are video recorded for later use. I am using just webcam, free encoder software, and YouTube channel, so please don't expect too high quality.