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March 2022
eFab Launch Event – E-SCRIBBLE
We have reached our maximum capacity for this event. Due to the overwhelming success we organize a second session on Thursdays: https://ieee-sb-leuven.be/event/efab-launch-event-e-scribble-thursday-sessions/
Find out more »eFab Launch Event – E-SCRIBBLE Thursday Sessions
Due to the success of the first eFab Launch Event, we are organizing a second session on Thursdays! Unfortunately this session is also fully booked, register below for the waiting list so we can keep you updated on future eFab events!
Find out more »April 2022
IEEE Jobfair 21/22
The IEEE Student Branch Leuven invites you to her 16th job fair for high-tech companies and spin-offs. Different companies in the energy, electronics, mechatronics, software development and multimedia sectors are looking for masters, bachelors and PhD’s for their jobs and internships. Register here, come to the job fair and win a high-tech gadget! ************ Agenda: 13:30 – 17:00: Jobfair and company presentations 17:00 – 18:30: Reception + Gadgets Giveaway Registration for this event is closed
Find out more »May 2022
Lecture ‘Forensic Digital IC Technology’
On May 30, we have the pleasure to invite Mark Roeloffs from The Nederlands Forensic Institute (NFI). He will give a lecture on 'Forensic Digital IC Technology'. We hope to meet you on May 30 to join us for this exciting lecture! The event starts at 18h and takes place in aula L in ESAT (https://www.esat.kuleuven.be/english/info/route). Please register on beforehand via this form: https://forms.gle/qBqtbdngxWELKRdr8. More info can be found here: Lecture Forensic Digital IC Technology
Find out more »July 2022
Learning Distribution Grid Topologies
Abstract: Unveiling feeder topologies from data is of paramount importance to advance situational awareness and proper utilization of smart resources in power distribution grids. This tutorial summarizes, contrasts, and establishes useful links between recent works on topology identification and detection schemes that have been proposed for power distribution grids.% under different regimes of measurement type, observability, and sampling. The primary focus is to highlight methods that overcome the limited availability of measurement devices in distribution grids, while enhancing topology estimates…
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