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Electric Vehicle Technology
Certificate
Course Details
| Course Code | LL_MEVEH_S |
|---|---|
| Level | 6 |
| Duration | 1 semester |
| Credits | 30 |
| Method of Delivery | On-campus |
| Campus Locations | Donegal – Letterkenny |
| Mode of Delivery | Part Time |
| Work placement | Yes |
Course Overview
This Certificate is designed to equip automotive technicians working in the automotive sector with knowledge and of Electric Vehicle Technologies and Functionality.
Modules such as Electric Vehicle Low Voltage and High Voltage Systems, and Internal Combustion Engine Diagnostics to allow technicians to better understand how to interface with ICT systems and the software that is becoming more prevalent in the automotive arena. Another module in Business affords the learner an appreciation of how to analyse business expenses and accurately determine how to make maintenance and repair of these new types of vehicle profitable.
The UK government has planned to phase out new petrol and diesel car sales by 2030 and the Irish government has set a target to have 936,000 of the cars registered in Ireland electrified by 2030. Ireland is however somewhat behind in offering much needed training to technicians working in this area, and damage to business’ will ensue if this remains unaddressed.
Course Details
Year 1
| Semester | Module Details | Credits | Mandatory / Elective |
|---|---|---|---|
| 1 |
Communications for InvestmentsThe purpose of this module is to provide the learner with the ability to create written documentation and perform data collection, data analysis, data presentation tasks using Microsoft Office Tools such as Word and Excel. Application of such tools is tailored towards costings associated with the automotive repair sector. Report writing and oral presentations are an integral aspect, with emphasis on the benefits of effective communications. Learning Outcomes 1. 2. 3. 4. 5. 6. Present and defend an investment proposal |
10 | Mandatory |
| 1 |
Electric Vehicle High Voltage and Low Voltage SystemsThe purpose of this module is to enhance the learners understanding of Electric Vehicle High Voltage and Low Voltage Systems. Upon completion of this module the learner will be able to safely remove and install a high voltage component. Learning Outcomes 1. 2. 3. 4. 5. 6. 7. Remove and reinstall high voltage components according to safety guidance |
10 | Mandatory |
| 1 |
Internal Combustion Engine DiagnosticsThe purpose of this syllabus is to enhance the learners understanding of the Internal Combustion Engine (ICE) operation. Diagnostics modules address important skills gaps around diagnosis of vehicle faults relating specifically to the EV and ICE systems and sensors. Modern vehicles have sophisticated interlinked communication networks allowing sometimes up to 100 separate control modules to communicate and share information. Modern vehicle electrical circuit power supplies and wiring can also be shared across sensors and control modules of different vehicle systems. It is therefore common for a fault to arise which would affect the operation of the ICE system, despite the fault falling within a system outside of the ICE control module. The objective of this module is therefore to equip the learner with the ability to confidently operate a diagnostic interface, conduct diagnostics outside of said system and subsequently diagnose simple faults in electronic control systems. Learning Outcomes 1. 2. 3. 4. 5. 6. Diagnose simulated faults on electronic control systems |
10 | Mandatory |
Recommended Study Hours per week
Attendance to Springtown campus is require for 1 evening per week for 15 weeks, between the hours of 17:15 and 21:15.
Examination and Assessment
Continuous assessment is used as a teaching method assessing learning as it is occurring, the focus being on constructive learning where feedback is motivational and directed at improvement. Summative assessment is used to assess learning against expected outcomes, typically on module completion.
A range of assessment methods may be used, including:
• Individual Assignments
• Group Assignments
• Lab workbooks
• Online class/lab tests
• Presentations/demonstrations
Practical laboratories and exam based test are conducted e.g. in module Vehicle Control Systems and Diagnostics, the exam will consist of diagnosing simulated faults and coding a component or module.
A range of assessment methods may be used, including:
• Individual Assignments
• Group Assignments
• Lab workbooks
• Online class/lab tests
• Presentations/demonstrations
Practical laboratories and exam based test are conducted e.g. in module Vehicle Control Systems and Diagnostics, the exam will consist of diagnosing simulated faults and coding a component or module.
On-Campus Attendance Requirement
On campus attendance in NWRC Motor Vehicle Workshop, Springtown is required.
Download a prospectus
Entry Requirements
The course will be available to applicants who meet the following criteria:
Current level 3 in motor vehicle and industry experience
Work Placement
The work placement modules are an integral part of the course. The aim of the placement is to provide learners with an opportunity to gain skills, experience and competence. Please note that with while the university will make every effort to assist the learner in finding a placement final responsibility for securing the placement resides with the learner. Travel and accommodation are the responsibility of the learner.
Careers
Graduate careers typically include roles such as Diagnostic Technician, Fleet Manager, Maintenance Specialist, MOT and NCT Inspector, and Repair Technician.
Further Information
Who Should Apply?
This course offering is one of educating those who already hold a skillset in the automotive/electric industry. The prospective candidate will typically already be in the automotive repair sector or a Level 4 motor mechanic from the UK with a qualification which is limited to the internal combustion engine powertrain. The additional skillset that this course will impart on these learners will therefore enable them to:
Gain employment/upskill them in the new evolving electric vehicle area
Cater for this new market in their existing employment position and subsequently survive
Command greater financial reward by offering this skillset to a new employer
Set up their own bespoke service centre to cater for this new technology
Progress to further higher level programmes of study in this area
Contact Information
Faculty of Engineering & Technology
Department of Electronic and Mechanical
Department of Electronic and Mechanical
Department Administration: +353 (0)74 918 6406 / +353 (0)74 918 6410
Head of Department: Dr Emmett Kerr
E: emmett.kerr@atu.ie
T: +353 (0)74 918 6401
Department
Electronic & Mechanical Engineering
