MEng in Electronic & Computer Engineering
Course Short Code
MECE
Course Year
c
Course Offering: 03

  Masters in Electronic & Computer Engineering, Continuous

**** PLEASE READ CAREFULLY ****

 

ATTENTION STUDENTS WHO ARE BEGINNING THEIR PROGRAMME IN JANUARY: Register for Semester 2 modules ONLY. Do not register for the Masters Project module.

 

ATTENTION STUDENTS WHO ARE REGISTERING IN SEPTEMBER: You must register for ALL modules that you intend to complete in the current academic year (each academic year has its own registration process cycle).

ATTENTION PART-TIME STUDENTS: DO NOT register for a Masters Project module in your first year of study.

Prior to proceeding with registration for the Masters in Electronic & Computer Engineering, please visit the School of Electronic Engineering postgraduate module selection list: https://ece.eeng.dcu.ie/postgraduate/postgraduate-module-selection/

Make a careful note of your selected modules then proceed to the next step where REGISTRATION will take place.

It is your responsibility to ensure that you register correctly

**********

Prior to registering for the full time: (1) Masters in Electronic & Computer Engineering  please visit the School of Electronic Engineering website module selection tool at: http://ece.eeng.dcu.ie/masters-module-selection/

 

1. Master in Electronic and Computing Engineering

REQUIREMENTS:

  1. Complete eight taught modules from any of the streams below, of which four or more must be of level 9 modules 
  2. Complete MEng project module EE592 

AUTUMN

Module CodeModule TitleSemesterCredits
EE592General Masters ProjectAutumn30

2. Master in Electronic and Computer Engineering (  Nanotechnology and Photonics Major)

REQUIREMENTS:

* Take the following modules and complete any other four optional (Complementary) modules

Module CodeModule Title Semester Credits

EE559

EE508

EE506

EE518

EE581

Nanoelectronics Technology

Device Manufacturing

Photonic Devices

 Photonic Applications and Technologies

Masters Project - NTP Major

1

2

1

2

Year Long

7.5 Credits

7.5 Credits

7.5 Credits

7.5 Credits

30 Credits

 

3. Master in Electronic and Computer Engineering (Major in Advanced Data Networks)

 

 * Take the following modules and complete any other four optional (Complementary) modules

Module CodeModule Title Semester Credits

EE500

EE521

EE562

EE517

EE596D

Network Performance

Future Network Architectures

Network Stack Implementation

Network Analysis & Dimensioning

Masters Project - Networks Major

1

1

2

2

Year Long

7.5 Credits

7.5 Credits

7.5 Credits

7.5 Credits

30 Credits

 

4. Master in Electronic and Computer Engineering (Major in the Internet of Things)

 * Take the following modules and complete any other four optional (Complementary) modules

Module CodeModule Title Semester Credits

EE514

EE515

EE513

EE562

EE580

Data analysis & Machine Learning

Real-Time Digital Signal Processing (DSP)

Connected Embedded Systems

Network Stack Implementation

Masters Project -IoT

1

1

2

2

Year Long

7.5 Credits

7.5 Credits

7.5 Credits

7.5 Credits

30 Credits

 

5. Master in Electronic and Computer Engineering (Major in Image
 

 Processing & Analysis)

 

 * Take the following modules and complete any other four optional (Complementary) modules 

Module CodeModule Title Semester Credits

EE514

EE515

EE544

EE507

EE595

Data Analysis & Machine Learning

Real-Time Digital Signal Processing (DSP)

Computer Vision

Entrepreneurship for Engineers

Masters Project -IPA Major

1

1

2

2

Year Long

7.5 Credits

7.5 Credits

7.5 Credits

7.5 Credits

30 Credits

 

 

6. Master in Electronic and Computer Engineering (Major in Semiconductor & Plasma Technology)

 * Take the following modules and complete any other four optional (Complementary) modules

 

Module CodeModule Title Semester Credits

PS510A

PS508A

EE559

EE508

EE582

Plasma Applications

Fundamentals of Industrial Plasmas

Nanoelectronics Technology

Device Manufacturing

Masters Project - SPT Major

2

1

1

2

Year Long

7.5 Credits

7.5 Credits

7.5 Credits

7.5 Credits

30 Credits

 

7. Master in Electronic and Computer Engineering (Future Network Technologies Major (FNT)

 * Take the following modules and complete any other four optional (Complementary) modules

Module CodeModule Title Semester Credits

EE506

EE518

EE521

EE583

Photonic Devices

Photonic Applications and Technologies

Future Network Architectures

Masters Project -FNT Major

1

2

2

Year Long

7.5 Credits

7.5 Credits

7.5 Credits

30 Credits

 

Recommended Optional Modules for FNT

Module CodeModule Title 

EE488

EE500

EE559

EE454

Mathematical Techniques and Problem Solving

Network Performance

Nanoelectronics Technology

Optical Communications System Design

7.5 Credits

7.5 Credits

7.5 Credits

7.5 Credits

Alternative Optional Modules for FNT Major

Module CodeModule Title 

EE452

EE514

EE515

EE507

EE508

EE517

EE562

Wireless/Mobile Communications

Data Analysis and Machine Learning

Real-Time Digital Signal Processing (DSP)

Entrepreneurship for Engineers

Device Manufacturing

Network Analysis and Dimensioning

Network Stack Implementation

7.5 Credits

7.5 Credits

7.5 Credits

7.5 Credits

7.5 Credits

7.5 Credits

7.5 Credits

Semester 1 Optional (Complementary) Modules

 

Module CodeModule titleSemesterCredits

EE402

EE452

EE453

EE463

EE488

EE500

EE506

EE514

EE535

EE559

EE515

PS508A

EE516I

OOP with Embedded Systems

Wireless/Mobile Communications

Image Processing & Analysis (Plus)

Solid State Electr. & Semiconductor Devices

Mathematical Techniques and Problem Solving

Network Performance

Photonic Devices

Data Analysis and Machine Learning

Energy System Decarbonisation

Nanoelectronics Technology

Real-Time Digital Signal Processing (DSP)

Fundamentals of Industrial Plasmas

Blockchain Scalability

1

1

1

1

1

1

1

1

1

1

1

1

1

7.5 Credits

7.5 Credits

7.5 Credits

7.5 Credits

7.5 Credits

7.5 Credits

7.5 Credits

7.5 Credits

7.5 Credits

7.5 Credits

7.5 Credits

7.5 Credits

7.5 Credits

 

Semester 2 Optional (Complementary) Modules

Module CodeModule TitleSemesterCredits

EE417

EE445

EE454

EE459

EE497

EE470

EE507

EE508

EE513

EE517

EE544

EE562

PS510A

EE5001

EE518

EE521

Web Application Development

Bioelectronics

Optical Communications System Design

Mechatronic System Simulation & Control

3D Interface Technologies

 Introduction to Engineering Management

Entrepreneurship for Engineers

Device Manufacturing

Connected Embedded Systems

Network Analysis & Dimensioning 

Computer Vision

Network Stack Implementation

Plasma Applications

Security for IoT and Edge Networks

Photonic Applications and Technologies

Future Network Architectures

2

2

2

2

2

2

2

2

2

2

2

2

2

2

2

2

 

7.5 Credits

7.5 Credits

7.5 Credits

7.5 Credits

7.5 Credits

7.5 Credits

7.5 Credits

7.5 Credits

7.5 Credits

7.5 Credits

7.5 Credits

7.5 Credits

7.5 Credits

7.5 Credits

7.5 Credits

7.5 Credits

 


 * Only eligible students may register for the following module with prior approval from the Programme Chair. It is not open to registration unless prior communication is received.

Module CodeModule TitleSemesterLevel 
EE607Study AbroadAutumn9 


 

Last updated: 19th December 2023

 

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