Bachelor of Engineering Technology in Electronics & Communications Engineering

3 Years On Campus Bachelors Program

Technological University Dublin

Program Overview

The Bachelor of Engineering Technology in Electronics & Communications Engineering at Technological University Dublin is a practical, industry-focused undergraduate degree designed to prepare students for careers in electronics, communications, and related technology sectors. The programme emphasises hands-on learning alongside strong technical foundations, making it ideal for students who want to work with electronic systems, digital technologies, and modern communication networks.

Curriculum Structure

Year 1 — Engineering Foundations
In the first year, students build essential engineering knowledge and technical skills. Core subjects include Engineering Mathematics, Engineering Science, Electrical Circuits and Devices, Introduction to Electronics, Digital Technology, and fundamental communication system concepts. Laboratory sessions and practical work help students develop confidence in circuit analysis, testing, and problem-solving.

Year 2 — Core Electronics and Communications
The second year deepens understanding of electronic and communication systems. Students study topics such as Electronic Systems, Signals and Systems, Digital Electronics, Microcomputer Systems, Software and Computer Systems, and Digital Communications Engineering. Practical labs and project work focus on applying theory to real engineering challenges.

Year 3 — Applied Engineering and Major Project
In the final year, students focus on advanced and applied areas of electronics and communications. Subjects may include Wireless Systems, Embedded Systems, Digital System Integration, Microprocessors, and Microelectronic Devices. The year concludes with a major engineering project, where students design, build, and evaluate a practical electronics or communications solution, demonstrating professional-level technical competence.

Focus areas:
Electronic circuit design • Digital and analogue electronics • Communication and networking technologies • Signals and systems • Embedded and microcomputer systems • Wireless and digital communications • Engineering project practice

Learning outcomes:
Graduates will be able to analyse electronic and communications engineering problems, design and test electronic systems, use modern engineering tools and software, interpret experimental data, work effectively in team-based environments, and communicate technical solutions clearly and professionally.

Professional alignment (accreditation):
This degree aligns with recognised engineering technology education standards and provides a strong foundation for technical engineering roles and progression to honours-level engineering qualifications.

Reputation (employability & standing):
Technological University Dublin is known for its applied, industry-relevant engineering education. Graduates of this programme are valued by employers in telecommunications, electronics manufacturing, embedded systems, networking, and technical services due to their strong practical skills and industry-ready experience.

Experiential Learning (Research, Projects, Internships etc.)

A Bachelor of Engineering Technology in Electronics & Communications Engineering prepares you for careers in designing, testing, implementing and maintaining electronic and communication systems that are foundational to modern connectivity — from wireless networks and embedded devices to signal processing and digital systems. Graduates typically begin as Electronics Technician/Engineer, Communications Systems Technologist, Test & Validation Engineer, or Field Support & Network Systems Engineer, with practical, hands-on expertise that employers in telecommunications, consumer electronics, IT and industrial technology sectors value highly:

• University Services to Support Your Career: Dedicated careers and professional development services help you polish your CV, prepare for interviews, build networks with employers, access internship and placement opportunities, and develop transferable skills that are directly relevant to employers in electronics and communications.
• Employment Outcomes & Salary Prospects: Graduates with expertise in electronics and communications engineering technology enjoy strong employability because this practical, applied skill set is essential in sectors such as telecommunications, IoT, digital systems, manufacturing and wireless infrastructure. Starting salaries tend to be competitive, reflecting industry demand for technically capable graduates.
• University–Industry Engagement: Programmes of this type often include project-based learning, industry-linked guest seminars, and practical labs that simulate real workplace environments — giving you exposure to current technologies and expectations so you’re job-ready when you graduate.
• Long-Term Accreditation Value: This degree gives you a solid academic and technical foundation in engineering technology, positioning you well for professional development and further study. It opens pathways to advanced qualifications and supports lifelong learning in related fields of electronics, communications and systems technology.
• Graduation Outcomes: Graduates are prepared to contribute to the design, installation, testing and optimisation of electronic and communication systems — from network infrastructure and wireless devices to embedded system applications, signal processing tools and instrumentation.

Typical roles graduates move into include:
• Electronics Technician/Engineer — supporting electronic systems design and maintenance.
• Communications Systems Technologist — working with digital and wireless communication platforms.
• Test & Validation Engineer — testing hardware and communication system performance.
• Network & Field Support Engineer — installing, tuning, and troubleshooting systems in the field.

Further Academic Progression:

After completing a Bachelor of Engineering Technology in Electronics & Communications Engineering, you can build on your skills and expand your career options through further study. Many graduates choose to pursue postgraduate degrees in areas like communications engineering, embedded systems, digital systems design, wireless technologies or network engineering to deepen their specialist technical knowledge. Others consider research pathways or advanced certifications in specific technologies (e.g., IoT systems, 5G communications, RF design, signal processing) to enhance expertise and professional credentials. Postgraduate study strengthens your qualifications and supports progression into higher-level technical, research or leadership roles in engineering and technology.

Progression & Future Opportunities

At Technological University Dublin, the Bachelor of Engineering Technology in Electronics & Communications Engineering is built around hands-on, practical learning that reflects what modern engineers actually do in industry. This programme blends core electronics with communications systems, digital design, signal processing, and embedded applications — all within real engineering environments. From early semesters you’ll work in labs assembling and testing circuits, programming devices, and analysing real signals, steadily building confidence with tools and systems used by practicing engineers. Project-based learning helps you integrate theory and practice, and industry engagement ensures your skills match employer expectations. By the time you graduate, you’ll be comfortable working with both hardware and software, ready to contribute in sectors such as telecommunications, automation, networked systems, IoT devices, and embedded systems engineering.

Here’s how experiential learning is embedded throughout your degree:

Hands-On Electronic & Communications Laboratories
You’ll work regularly in specialist labs where you build and test electronic circuits, communication transmitters and receivers, analogue and digital systems, using professional measurement and diagnostic instruments — giving you direct exposure to real engineering systems.
Digital & Embedded Systems Projects
Practical assignments and projects introduce you to digital electronics, programmable devices, microcontrollers and embedded platforms. You’ll write code that interacts with real hardware and learn how software and electronics integrate in communications systems.
Signal Processing & System Analysis Workshops
You’ll analyse real data, design filters, and test communication channels in lab settings — reinforcing theoretical concepts through experimentation and hands-on work with signals and systems.
Industry-Relevant Tools & Simulation Software
Across modules, you’ll gain experience with software used in professional electronics and communications design, modelling, simulation, and analysis — helping you prototype and refine systems before physical implementation.
Project-Based Learning & Team Challenges
Many modules embed team projects where you tackle open-ended engineering problems, develop solutions from concept through testing, and present your work — building teamwork, communication, and project management skills.
Workshops & Practical Assembly Sessions
Workshops help strengthen your understanding of component assembly, soldering, testing and debugging in real electronics systems, reinforcing “learn by doing” and preparing you for professional engineering tasks.
Professional Practices & Industry Exposure
Employer talks, guest lectures and industry engagement activities give you insight into current workplace expectations and emerging technologies in electronics and communications fields.
Final-Year Capstone Project
In your final year, you undertake a substantial individual honours project where you apply what you’ve learned to design, build, test and analyse a complete electronics or communications system — showing your readiness for professional engineering practice.
Study Abroad & Global Perspective (Optional)
Opportunities may be available to spend part of your degree abroad, gaining international experience that enhances both your technical understanding and cultural perspective.

Facilities & Practical Resources (Official):
Electronics and communications engineering labs, embedded systems and signal processing workspaces, digital design and simulation suites, prototyping and testing facilities, project collaboration zones, industry engagement seminars, and access to TU Dublin’s engineering library and computing resources — all structured to give you real, practical experience and professional skills in electronics and communications engineering.