Please contact the Team for further information on scheduled course dates and In-Company options. You can reach us by phone: 01 665 1305 or email cpdtraining@engineersireland.ie
This course is intended as an introduction to the complex retrofitting challenges presented by the traditional building stock in Ireland and the role of systems, services and renewable energy in those retrofit works.
The aim of the course is to develop a detailed understanding of the issues associated with the development of wind energy. The course will focus on the current state of wind energy technology domestically and internationally and will consider the future development of wind resources.
The aim of this course is to provide delegates with an extended foundation of the main concepts of solar energy and to enable them to practically apply their knowledge in the design of solar energy systems for small (domestic) and large (commercial) applications.
This course aims to provide an independent, hype-free, business-focused introduction to the market growth opportunities and barriers in clean hydrogen production, storage and transportation.
This course aims to introduce the key concepts and fundamentals of district heating systems across the main stages in a heat networks development from initial heat planning and policy, business case development, through to the design and construction of the network.
This course aims to provide candidates with an overview of the geotechnical and structural engineering requirements of offshore renewable energy with a focus on offshore wind. This one-day course will include an introduction to design approaches and examples from offshore wind.
This course aims to provide delegates with an overview of the Greenhouse Gases (GHG’s) which contribute to climate change.
The aim of this course is to provide an entry level understanding of the Battery Energy Storage System (BESS) market in Ireland and the technical requirements of BESS projects. The key objective is to provide participants with sufficient knowledge to engage with the energy storage market, identify key areas of interest and to highlight areas that require further learning.
The aim of the course is to develop a technical understanding of the issues relating to the energy efficient design and specification of new dwellings. The course will focus on building fabric and services systems while providing some underpinning principals of building physics.
This programme focuses particularly on the recommendations set out in NSAI SR54 “Code of Practice – Methodology for the Energy Efficient Retrofit of Existing Dwellings” and is divided into 5 distinct modules. The modules will cover topics including; Near Zero Energy Buildings, Basic Building Physics, Building Fabric, Building Services and Renewable Energy.
This course is designed to strengthen the construction sector’s understanding of heat pump technology in both residential and commercial buildings across Ireland.
With the increasing complexity of urban environments and the growing emphasis on sustainability and occupant comfort, analysing wind dynamics and microclimate conditions has become essential. Understanding wind behaviors can lead to better structural solutions, energy-efficient buildings, and healthier, more resilient urban spaces.
The aim of this course is to allow engineers to gain a level of knowledge of EVSE’s in line with more matured technologies and ensure the client receives the highest quality project outputs. Engineers will gain a grounding which allows them to converse confidently regarding EVSE requirements.
The Certified Energy Auditor is an individual who evaluates and analyses how energy is being used in a facility, identifies energy opportunities, and makes recommendations where consumption can be reduced or optimized. The aim of this course is to prepare individuals for taking the AEE Certified Energy Auditor Examination.
CCUS is vital for achieving 'net zero' decarbonization, offering opportunities across various industries like oil, gas, and low-carbon technologies. This course provides a clear, independent view on current and future CCUS developments, covering technology, business drivers, and policy.