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In recent years, the focus of Electronic System Design has evolved from component level to system level. The range of courses offered by the Advance Centre address the technical development needs of electronic engineering professionals and cover advanced topics in system level design and verification, including smart power, low-latency communications, embedded systems, edge computing, operating systems, artificial intelligence, and machine learning and much more.
Listen to Dr. Min Wan explaining digital transformation in Advance Electronic System Design.
"We see digital transformation as key both in terms of our research activities and also our provision of training and education.Continued technological development, including high speed low power hardware and advanced AI software. While material and device development will continue it may be that machine learning advances will have the largest immediate impact in the short to medium term."
delivered by UCD, ATU Sligo and TU Dublin
In recent years, the focus of Electronic System Design has evolved from component level to system level. The range of courses offered by the Advance Centre address the technical development needs of electronic engineering professionals and cover advanced topics in system level design and verification, including smart power, low-latency communications, embedded systems, edge computing, operating systems, artificial intelligence, and machine learning and much more.
This module deals with the analysis and design of wireless communication systems.
The emphasis is on the design of transmitters and receivers
This module covers the operation and technology of the modern power conversion system with a focus on low to medium power applications in electronics.
Presents the mathematical concepts and algorithmic tools for modeling and solving practical optimization problems.
Deals with analysis and simulation of elementary transistor stages, current mirrors, operational amplifiers and reference circuits.
This module exposes learners to random signals, some fundamental statistical signal processing techniques, adaptive filtering, its applications.
This module deals with the theoretical underpinning of modern digital communication systems and understanding of the principles behind modern physical-layer line
This module covers the power system transient classification by time scale, surge phenomena, lightning induced transients, switching transients.
This module introduces understanding, modelling and analysing applications to power electronics to voltage stability and control.
Deals with the design implementation of complex digital systems, involving application-specific hardware, an embedded processor.
Deals with analysis and design of mixed-signal circuits,those combining both analogue and digital design techniques.
This programme is designed to help electronics graduates transition into design and professional skills.
A one-year online qualifier to allow holders of craft qualifications and others with substantial relevant work experience to progress to the level 7 BEng in Electronic Engineering.
This module introduces students to the hardware of an 8-bit microcontroller, its associated instruction set architecture and assembly language programming.
This module introduces students to C programming for the purpose of interfacing an 8-bit microcontroller to various peripherals in an embedded system.
This Module covers the basic programming for a microcontroller using the C programming language.
A two-year online programme which is year 3 (the award year) of the Level 7 BEng in Electronic Engineering.
This module covers Advanced C Programming Topics, Machine Level Programming Topics, Hardware considerations and development tools
Specific development considerations relating to mobile phone application development. Design, implement, debug and test a mobile phone based application on a mobile OS.
An introductory course in DSP, covering the use of Statistics/Probability & Noise, ADC & DAC, Sampling Theory, Linear Systems, Convolution & Discrete Fourier Transform.
Learn how to set up a communications link between a microcontroller and external devices using either EUSART, SPI or I2C protocols.
This module covers advanced c topics such as Memory Management and Compiler optimisation. It also looks at some RTOS fundamentals and use of development tools
PCB design with regard to manufacturing and testability. Issues relating to minimising of EMI at the board & system level & the need to meet EMC requirements.
Application of Discrete Fourier and z-transforms, Digital Signal & System analysis & Digital Filter Design. Geared towards implementation of DSP techniques in software.
A two-year online programme which is year 4 (the award year) of the Level 8 BEng (Hons) in Electronic Engineering.
On completion, the learner will have experience in the architecture and the fundamental building blocks of a real time operating system.
A Digital Signal Processing Module covering the z-transform, Digital Filter design of FIR and IIR Filters and conversion of Analogue Filters to Digital Filters.
This subject aims to make students aware of the many areas of artificial intelligence and the tools available for AI type solutions. Identify suitable problems for AI solutions. Examine in detail and implement structures for representing knowledge.
This module introduces students to the architecture of a 32-bit RISC microcontroller.
Current programmable logic technologies in terms of features, architecture and use of design tools. Users will implement a set of logic designs from concept/brief through to implementation
On completion the learner will have implemented a number of programmed solutions utilising services and interfaces to an operating system.
On completion the learner will have implemented a number of programmed solutions utilising services and interfaces to an operating system.
A course in programming for advanced embedded systems (such as 32 bit RISC systems or DSPs) including those with running an operating system.
The programme offers state-of-the-art modules in power system modelling, dynamics and control.
This module covers basic concepts basic energy concepts in renewable energy systems.
This module presents dynamic models and controll schemes of the most important devices that compose a power system network.
This module covers biomedical signals represented in digital format and fundamental processing tools ranging from signal averaging to filtering.
This module covers the fundamental principles of measurement and instrumentation as applied in biomedical device design.
This module introduce learners to the interdisciplinary field of Neural Engineering.
This module introduces learners to the field of Rehabilitation Engineering.
Covers biomedical signals represented in digital format and fundamental processing tools ranging from signal averaging to filtering.
This module covers fundamental principles of experimental design and statistics, and the practical implementation of a comprehensive range of statistical analyses in Python.
The founding industry Centre partners are:
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Learn from 3 of Ireland’s leading universities with world renowned academic staff.
Our courses and modules range from levels 6 to 9 on the NFQ framework.
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Select from 11 key themes across Digital Transformation.
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Our corporate network is innovative and expansive across many sectors.
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Choose from a range of online, on-campus and blended learning modes designed to suit your needs.
