#interview #EEMCS #dean

A Day With... the Dean of EEMCS

From October 1st, the Faculty of Electrical Engineering, Mathematics and Computer Science has a new dean: Boudewijn Haverkort. Although he has worked hard as a Dean at Tilburg University, Haverkort is not new to our faculty. He has been active at the Department of Computer Science for many years before leaving in 2018 for a position at Tilburg University. To introduce our new dean to the faculty, De Vonk has collaborated with Ideaal! ...

#scvmddvshg #Arago #Junction

A bit of electrical engineering in applied physics

The courses applied physics and electrical engineering have always been closely linked. As some of you may know, the study association Arago started as a committee of your association, Scintilla. In this article, we will tell you about one of our courses, ‘Instrumentatie’. This course makes us feel most like electrical engineers, so you might also find it interesting. This course is split into four parts: basic concepts, transistor circuits, the operational amplifier and sampling of periodic signals: basic concepts. These four parts all build to a common goal: building a setup of a blinking LED and a photodiode. The goal is to place the LED and the photodiode as far apart as possible so that the photodiode still detects the LED.

#BSc #Assignment #solar panels #IDS

Can you analyse the effect of sunlight on the contact resistance in solar cells by performing simulations in Silvaco?

While the efficiencies of solar cells rise closer and closer to the efficiency limits, the focus is on eliminating the small factors that cause power loss within the solar cell, by trying all kinds of different cell structures and materials. Such factors can be surface reflection, charge carrier separation and contact resistance. Contact resistance occurs at the interface of two material surfaces. The resistance occurs because of two main contributors. The first contributor is the difference in work function of the two materials. ...