Current students

Please join us on Thursday, November 17, 2022, from 11:00 a.m. to 12:00 p.m. in PSE-7363 (Faculty Hall) for Dr. Alaaeldin Ahmed’s seminar on “Noise-Aware Sensors”. Dr. Ahmed is a post-doctoral fellow currently working with Professor Abdel-Rahman.

Abstract:

Intrinsic noise processes impose fundamental limitations upon the signal-to-noise ratio (SNR) of MEMS & NEMS sensors.

Waterloo Engineering students and alumni are invited to participate in an exclusive virtual Office Hour with Waterloo Engineering alumna Parisa Golchoubian (MASc 2017, Systems Design Engineering), founder of Artistech and Artterra, as she shares tips and advice on the passion and values needed to start a company.

Join the Centre for Society, Technology and Values for a FREE movie screening (+ free popcorn!) of Rossum’s Universal Robots in E5-6006.

Waterloo Engineering students and alumni are invited to participate in an exclusive virtual Office Hour with Waterloo Engineering alumni Craig McQueen (BASc 1993, Systems Design Engineering), vice president of digital acceleration at Softchoice, as he shares tips and advice on taking charge of your career in tech.

A systems design engineer’s view of rail as a complex socio-technical system: Lessons from Australia

Waterloo students and alumni are invited to participate in an exclusive in-person Office Hour with Waterloo Engineering alumni Roy Unny (BASc ’93 MASc ’96, Systems Design Engineering), a leader in transport and infrastructure based in Melbourne, Australia.  

Noise Aware Sensors

SYDE-GSA Coffee Chat

Join the Centre for Society, Technology and Values for a FREE movie screening (+ free popcorn!) of H. G. Wells' Things to Come in E5-6006.

Canadian Graduate Engineering Consortium - Virtual Grad Studies Fair

Presented by: Bader Sabtan (PhD candidate) 

League of Legends (LOL) is the most popular, viewed game in Esports, peaking at 4.1 million concurrent viewers and 664,100,000 hours watched in 2021. A constant problem in Esports is that players do not perform to their expected potential when under stress (also known as choking). In the literature, training under stress is a well-known choking intervention that has worked in other domains (e.g., traditional sports and the military).