Bachelor of Engineering (Hons) in Engineering (Common Entry)
Four great reasons to consider this course
- This level 8 programme provides the student with the ideal foundation to develop their careers in a regional, national or international setting.
- This course allows the student to gain a broad first year experience of the disciplines of Civil, Mechanical & Electronic engineering before specialisation in their second year.
- Programme Content is continually updated, designed to maximise employability and to ensure students are industry ready upon graduation.
- Work Placement features in the third year to provide students with a real world setting to apply their evolving skills while still in college.
This four-year honours degree in Engineering educates students for entry into Engineering practice and industry. Students entering the programme study a range of topics in the common entry first year before selecting their preferred option of Civil, Mechanical or Electronic / Electrical Engineering. Engineers design, develop and ensure the smooth operation of the systems, processes and infrastructure which power, enable and house modern life.
Important notice about this course
We still have a select number of available places on this course for entry in September 2021. Applications must be made via the CAO Available Places facility.
Students who choose this 4-Year Honours Degree Engineering programme will experience a common first year which will ensure a broad learning experience and allow them to make an informed decision regarding their choice of engineering discipline at the end of Year 1.
The first year places an emphasis on practical activities to ensure that you are well prepared to enter one of the possible 3 options of Mechanical Engineering, Electrical and Electronic Systems or Civil Engineering.
In year 1, broad engineering modules such as computing, CAD, mathematics, mechanics and materials will be covered as well as a number of practical engineering modules to give a flavour of each discipline.
Honours Degree in Mechanical Engineering
Mechanical Engineering is required by every industry sector. Graduates must be adaptable and familiar with cutting edge technology. Careers include product design, aerospace, energy, transport, renewable systems, pharmaceuticals, food processing, machine design and research.
Honours Degree in Electrical Engineering
Electronic and Electrical Engineers work in a broad and exciting engineering field that includes renewable energy, power, product design, telecommunications, IT, manufacturing, food processing, pharmaceuticals, medical, transport, automation, control, building services, petrochemicals and research. This course aims to produce well-rounded engineers with a high level of analytical and engineering design skills and was designed in collaboration with industry to meet the strong demand for engineering graduates in this sector for current and future needs.
Honours Degree in Civil Engineering
Civil engineering is about protecting, creating and improving our everyday environment. It involves the planning, design and construction of facilities that we require for living, for industry and for transport. Roads, bridges, harbours, buildings, railway, airports, water supply, drainage, wastewater treatment systems, dams, flood management and sustainable energy schemes such as wind farms, ocean energy or hydroelectric stations. Infrastructure on which civilization depends upon to function now and in to the future.
Year 1 — Common 1st Year Modules
- Statics, Dynamics & Science
- Computing & CAD Engineering
- Professional Practice
- Materials Electronics
Module Focus in Years 2-4 depends on the choice of discipline.
Years 2-4 - Mechanical Engineering (DK844)
Sample of modules covered in Years 2-4.
- Design & CAD
- Energy Systems, Fluids & Automation
- Mechanics of Machines & Structures
- Materials & Manufacturing Technology
Years 2-4 - Electrical & Electronic Systems (DK845)
Sample of modules covered in Years 2-4.
- Power & Energy
- Embedded Systems
Years 2-4 - Civil Engineering (DK846)
Sample of modules covered in Years 2-4
- Structural analysis and design
- Highways and Transportation
- Geotechnical Engineering
- Environmental Engineering
- Engineering Surveying
- Materials Technology
- Design & CAD
* All module titles are subject to change and are for indicative purposes only.
The programme places an enormous emphasis on how the content is delivered. A range of teaching methodologies are employed such as practical laboratory exercises, tutorials delivered in small groups, site visits, design and build exercises and online content to support class learning. Class lectures are also an important and significant element of the programme. Lecturing staff pride themselves on being open and approachable and all material is delivered from a basic to an advanced standard over the programme duration. Class examples, assignments and projects are industry relevant and teamwork is an important feature.
Demand for our graduates in a wide range of engineering industries has been strong with many having job offers from both local and national companies shortly after sitting their final exams including:
Hiab MOFFETT truck-mounted forklifts
Local Authorities (Borough and County Councils)
John Paul Construction
Follow On Programmes:
Post Graduate Study and Research in DkIT or other Instiitutions. There are opportunities for students to follow a research career with the School of Engineering research centre to Master’s or Ph.D level.
Leaving Certificate Entry Requirements:
Six Grades at O6 or H7 in Leaving Certificate
→ INCLUDING At least two H5 Grades
→ AND Mathematics Grade H5
→ AND English Grade O6 or H7 OR Irish Grade O6 or H7
→ AND Minimum Points Score of 300.
Northern Ireland/UK Entry Requirements:
Applicants must meet the matriculation requirement of 6 different subjects which must include:
→ Mathematics at:
- A Level: Grade D
→ English (or Irish) at GCSE (Grade A* - C) or better
→ Two subjects at either:
- ‘A Level’ (Grade A* - C)
- AND/OR Applied A-Level (Grade A* - C)
- AND/OR BTEC National Level 3 (National Award, Subsidiary Diploma, Extended Certificate, 90-Credit Diploma, Foundation Diploma) (Grade Merit or Distinction).
- AND/OR OCR Cambridge Technical Level 3 (Introductory Diploma, Extended Certificate, Subsidiary Diploma, Foundation Diploma, 90-Credit Diploma) (Grade Merit or Distinction)
- OR BTEC National Level 3 Diploma (Grade min: MM)
- OR OCR Cambridge Technical Level 3 Diploma (Grade min: MM)
- OR BTEC National Level 3 Extended Diploma (Grade min: MMP)
→ The remaining subjects must be different from that presented above and may be drawn from recognised subjects at:
- GCSE (Grade A* - C)
- AND/OR AS Level’ (Grades A - E)
- AND/OR A-level’ (Grades A* - E)
- AND/OR Applied ‘A-level’ (Grade A* - E)
- AND/OR BTEC National Level 3 (National Award, Subsidiary Diploma, Extended Certificate, 90-Credit Diploma, Foundation Diploma, Diploma or Extended Diploma*) (Pass, Merit or Distinction).
- AND/OR OCR Cambridge Technical Level 3 (Introductory Diploma, Extended Certificate, Subsidiary Diploma, Foundation Diploma, 90-Credit Diploma, Diploma or Extended Diploma*) (Pass, Merit or Distinction).
→ And a minimum score of 300 points
Additional Maths Entry Exam at DkIT:
If you have met the basic maths entry requirement for a level 8 programme at DkIT but have failed to meet the additional Maths Entry Requirements for this course, you have a second chance at meeting these additional Maths Entry Requirements by sitting the DkIT additional Maths Entry Examination, held in August of each year. More details about the maths entry exam.
Placement is an important feature of the programme, taking place in the third year. The exact duration and nature of placement depends on the specialisation chosen. The placement is monitored by DkIT lecturers to support the student and to ensure the learning experience is relevant to the Programme Learning Outcomes.
Students who enjoy subjects such as Technology, Mathematics, Sciences, Design & Communications Graphics, Construction/Woodwork should consider this course.
- Creative Students who would like to translate their ideas into real world products, components and structures should consider this course.
- Students who would like to experience a significant level of practical work, work in team based projects and would like to enhance a broad range of communication skills should consider this course.
|School||School of Engineering|
|Department||Electronic and Mechanical Engineering|
|Awarding Body||Dundalk Institute of Technology|
Graduates are eligible for Engineer’s Ireland Associate Member grade.
How to Apply
Students can apply directly for this course via CAO by clicking on the button below.