Master of Science in Mechanical Engineering and Sustainable Technology (Deposit)

€500.00

Location:

Code

ME7-O01-21

MQF Level

Credits

120

Duration

3 years

Schedule

October/November

Time

TBC

Mode of Delivery

Blended

We are currently gathering expressions of interest for this accredited programme. If you wish to indicate your interest in enrolling, please click on ‘Express Your Interest’. Individuals who submit their interest will be contacted at least two weeks prior to the start of the course. Please note that payment of fees and formal registration will only take place once the programme is scheduled and confirmed to commence.

Description

Official application intake – 1st May 2026 till 31st July 2026
Commencement of Programme – October/November 2026
Interested applicants are requested to submit the deposit and to send an email to [email protected]‚
For Fees & Payment Terms, please refer to the details provided at the end of this programme’s information

Course Description

The Master of Science in Mechanical Engineering and Sustainable Technology is of high technical content and is designed to promote higher level thinking skills in various areas of engineering with a special focus on modern low carbon and renewable energy systems.
Learners will acquire a broad range of skills in the major engineering disciplines allowing them to work in a senior technical or project management role within industry.
The course will also provide graduates a foundation for further study or for a career in an engineering related field. The learners will receive advanced study in both the theoretical and the practical aspects of engineering that builds on previous knowledge and experience.
This course is not related to the Engineering Warrant.

Programme Learning Outcomes

At the end of the programme the students are able to;

1.Evaluate critically problems and use professional skills and knowledge in the systematic development of complex engineering systems;
2.Communicate effectively with other science and engineering professionals and the wider global community using a wide range of communication technologies;
3.Understand the engineering fundamentals needed to generate a solution appropriate to the social, political, international, economic and environmental contexts in which they are applied;
4.Plan and execute a research project, applying relevant methodologies and knowledge;
5.Understand sustainable technologies, their components and interactions between the components.

Course Structure

Unit Code	Unit Title	ECTS	Year	Semester
ETMEC-708-2104	Engineering Management	8	1	A
ETMEC-708-2105	Computational Fluid Dynamics	8	1	A
ETMEC-708-2106	Engineering Design & Manufacture	8	1	B
ETMEC-710-2107	Power & Propulsion Systems	10	1	B
ETMEC-710-2108	Low Carbon and Renewable Energy Systems	10	1	B
ETMEC-708-2109	Applied Materials and Corrosion	8	1	A
ETMEC-708-2112	Structural Analysis	8	1	A
ETMEC-708-2110	Quality Engineering	8	2	A
ETMEC-706-2111	Project Management	6	2	B
ETMEC-706-2113	Research Methods	6	2	A
ETMEC-740-2114	MSc Project	40	2	YEAR
Total ECTS		120	/	/

Entry Requirements

Any MQF Level 6 degree related to Engineering or Science

Applicants may be asked to sit for an interview

Payment terms:

EU or EEA Nationals (total course fee 7,600euro)

Payment 1: Deposit of 500 euro
Payment 2: 3,550 euro payment before course commencement
Payment 3: 3,550 payment at the beginning of second year

Non-EU/EEA Nationals (total course fee 10,000 euro)

Payment 1: Deposit of 500 euro
Payment 2: 4,750 euro payment before course commencement
Payment 3: 4,750 euro payment at the beginning of second year

Refund Policy

Refund can only be issued in full to applicants whose course has not commenced according to schedule. For any other reasons, the refund provided shall have an administration fee deducted, which amounts to two hundred fifty (250) euro.

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