Bachelor of Engineering Electronic Communications
Why take this course?
This programme covers a range of topics in the mobile and wireless communications fields. How we generate and consume information has moved more and more to the wireless space. This drives demand for ever faster wireless networks. The Internet of Things will be a significant consumer of network capacity. The increased bandwidth requirement will require a cohort of skilled graduates to fill roles in this area. The design and deployment of 5G networks will provide significant opportunities.
What will I experience?
AIT’s Faculty of Engineering and Informatics is housed in one of the most modern and well-equipped facilities of its kind in the country. Lecturers have extensive industry experience which enriches their teaching skills and competencies.
What do I do in the common first year?
- Building and testing electronic circuits based on the Arduino microcontroller
- Configuring small networks based on Cisco CCENT
- How a computer works inside the box, based on CompTIA A+
- Introduction to Java programming
- Complete an electronic project
- Computer Applications (Microsoft Office User System)
Year 2 and 3 extend your knowledge and application of computer and communications engineering, you will complete a predefined project in year 2 and have the opportunity to develop your understanding in a particular area of interest in Year 3 with your own project. The project could be in an area such as Internet of Things / connected devices or the wider electronics and communications area.
Graduates of this programme are deemed to have reached the educational standard of Associate Engineer by Engineers Ireland. This qualification is recognised under the Sydney Accord, by more than 40 countries world-wide, including the EU, the US, Australia and Canada.
This programme is undergoing a review. Please consult this site for updates.
A range of assessment methods are used on this programme. A high % of the overall programme assessment is by way of continuous assessment and project work undertaken by the students, this more closely mimics the work environment. The type of continuous assessment used will vary by module, it can comprise lab reports, skills exams, multiple choice exams, coding design, business plan or project progress reports, project thesis, presentations.
Final exams which place at the end of the semester. Further details will be included in the course manual students receive at the start of the year.
- Course Duration:
- 3 Year
- Course Award:
- Bachelor of Engineering
- Course NFQ Level:
- Level 7
- Dept of Electronics & Informatics
- Minimum Entry Requirements:
CAO Applicants, please refer to AL 701 ICT Engineering. This is the common entry route to this programme.
Applicants with previous qualifications or experience in this area may apply for advanced entry to year 2 or 3 of the programme as appropriate. Contact AIT Admissions. email@example.com
Careers & Opportunities
Students graduating from this course will be in a position to take up careers as communications engineers in a range of industries. Possible employers include: Google, Microsoft, Vodafone, 3, Eir, Intel, Yahoo!, Amazon, VMWare and Ericsson
As a graduate you are eligible to apply to join the BEng (Hons) in Software Engineering (Level 8) or BSc (Hons) in Network Management and Cloud Infrastructure at AIT or related programmes at other third-level institutions.
Bachelor of Science (Honours) in Network Management and Cloud Infrastructure
Bachelor of Science (Honours)
Bachelor of Engineering (Honours) in Software Engineering
Bachelor of Engineering (Honours)