Module aims Microcontrollers serve as fundamental elements in embedded systems and the Internet of Things (IoT). This unit imparts a foundational understanding of microcontroller…
Category: Learning
Analysing semiconductor materials in microelectronics
The heart of modern microelectronics lies in the intricate and complex world of semiconductor materials. As university students venturing into the realm of electrical…
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…
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…
What is a runtime adoption engine?
This text explains what is a runtime adoption engine. A runtime engine is software that runs in order to the applications on the computer…