The heart of modern microelectronics lies in the intricate and complex world of semiconductor materials. As university students venturing into the realm of electrical…
Tag: learning
Year 3: numerical analysis
This module provides a foundational overview of numerical methods commonly employed in engineering for analysis and design tasks. Covered topics comprise: Root finding and…
Fundamentals of PCB design: a technical guide
The proficiency in printed circuit board (PCB) design is a distinguishing skill for electrical engineering students. This technical guide delves into the intricacies of…
Year 2: digital system design level 2
Module aims The objective of this module is to empower students with the skills needed to employ organised digital system design techniques, hardware description…
Year 1: digital system design level 1
Module aims This module aims to acquaint students with the basics of designing combinatorial and sequential logic circuits. It serves as a foundation for…
ADALM2000: absolute value circuits & voltage doubler circuits
Written by Antoniu Miclaus and Doug Mercer of Analog Devices Absolute value circuits The purpose of this activity is to investigate absolute value circuits.…
Year 3: individual project
Par for the course of any electronic engineering degree is the individual project. The individual project is typically a compulsory unit of the curriculum,…
Year 2: microcontroller engineering level 2
Module aims This unit aims to provide an extensive overview of microcontroller utilisation within electronic products and the essential peripheral devices employed by microcontrollers…
Year 1: electronic materials
Module aims The objectives of this course module are as follows: Provide an initiation into nanotechnology and underscore its significance in contemporary society, highlighting…
ADALM2000: diodes and diode circuits
The purpose of this activity is to investigate the current vs. voltage characteristics of a PN junction diode. Written by Antoniu Miclaus and Doug…