Skip to main content

Certificate in Solar Energy

Course Points
30 ECTS Credits
Course Duration
2 Semesters
Course Level
Level 9
Course Start Date

Two great reasons to consider this course

  • Graduates will gain: A comprehensive understanding of solar energy and the associated challenges in effectively utilizing this form of energy.
  • Graduates will gain: The ability to solve a number of complex problems by applying state-of-the-art techniques to solar energy systems and passive solar design.

Course Summary

This programme focuses on the crucial aspects associated with the theory, design and operation of solar energy systems as used for passive solar buildings, hot water and power generation. A student on the programme will undertake modules comprising fundamental and advanced topics relating to solar energy, including resource assessment, solar thermal systems, PV (photovoltaic) technologies, passive solar design, building simulation and economics. This programme places a particular emphasis on energy policy and some of the important aspects of integrating solar energy systems to the national grid.

The course provides the student with a theoretical understanding of the aspects that comprise a solar energy system from a technical and economic standpoint. The programme also explores energy policy and how it can affect renewable energy development. There are four modules on this programme, each worth 7.5 ECTS credits. This course is highly focused on solar energy with two modules solely concentrated on the most pertinent technical aspects of the technology, i.e. Solar Energy 1 & Energy Systems in Buildings. The Energy Policy & Economics module, delivered on this programme, broadens the focus by exploring the effects of energy policy on the development of solar energy. The programme also contains a module that explores the challenges of integrating renewable energy systems into the national grid.

This programmes includes the following modules:

  • Solar Energy 1
  • Energy Systems in Buildings (Solar Energy 2)
  • Energy Policy and Economics
  • Power Systems Integration of Renewables

The more favourable economics of PV systems and the greater interest in passive solar technologies has seen an increase in demand for graduates from consultants and power supply companies to work on the design/specification and installation of these systems.

MSc in Solar Energy, MSc in Renewable Energy Systems, Postgraduate Research

Candidates must hold a Level 8 Honours Degree in Engineering, or in the Physico-Chemical Sciences. The award must be Honours 2.1 or above. Science disciplines are restricted to: Experimental Physics, Applied Physics, Physical Chemistry, Materials Science, General Chemistry, Building Services, Telecommunications or similar.


Eligibility for funding can be found here: Funded Modular and Postgraduate Opportunities / Postgraduate / DkIT - Dundalk Institute of Technology

Dr Paul MacArtain (Head of Department of Electronic and Mechanical Engineering)

Course ID DK_ESOEN_9
Course Type Flexible & Professional
Study Mode Full-Time or Part-Time
Level 9
Duration 2 Semesters
Starting Date September
School School of Engineering
Department Electronic and Mechanical Engineering
Credits 30 ECTS Credits
Awarding Body Dundalk Institute of Technology
Delivery Method On Campus