The Certificate in NZEB Design aims to provide expertise in the design and construction of dwellings and buildings other than dwellings to comply with the NZEB (Nearly Zero Energy Building) standards.. It aims to provide the professional with the knowledge and skills to quantify energy flow paths in buildings, and to make engineered decisions as to energy reduction, thermal and electrical and energy supply measures. National and EU legislation requires a reduction energy use and energy related CO2 emissions, such as the change in Irish Building Regulations to Nearly Zero Energy Buildings (NZEB).
This programme aims to provide a professional with the knowledge and skills to quantify energy flow paths in buildings, and to make engineered decisions as to energy reduction, thermal and electrical and energy supply measures, particularly in the domestic, commercial and industrial sectors.
National and EU legislation requires a reduction in energy use and energy related CO2 emissions, such as the change in Irish Building Regulations to Nearly Zero Energy Buildings (NZEB). This change in regulation for dwellings and buildings other than dwellings has increased requirements in energy efficiency, carbon reduction and renewable energy contribution hence the need for a professional with the skills to assess these requirements. Engineering professionals in the built environment are faced with new challenges and hence new opportunities in energy related areas the role of the Sustainability Consultant or a professional with advanced skills in the area of sustainability has grown substantially in recent years, this programme aims to fill this knowledge gap.
According to the Irish Green Building Council (IGBC) regarding the skills needed for the NZEB standard, There may be a steep learning curve to achieve the improved standards if professionals have not already upskilled. Demonstrating compliance will become more technical. Design teams need to develop understanding of the software to demonstrate compliance, though more guidance from Government is still required. Achieving higher level improvements will require greater integrated design team working at an earlier design stage. The emphasis on the fabric of the building, will need more in-depth understanding of designing for solar shading, thermal bridge free construction, air tightness and glazing ratios etc. Greater knowledge is required around more efficient lighting, services and renewables.
Energy Modelling for nZEB Design
The aim of this module is to provide the knowledge and skill to use dynamic thermal simulation software in the analysis energy consumption of buildings by modification of the building envelope.
Mechanical Services Systems
The aim of this module is to provide the student with detailed information on mechanical services and HVAC systems in buildings. The module will provide the knowledge required to analyse and evaluate services systems, their operation and implications in terms of energy use in buildings.
Low Energy Building Systems design
The aim of this module is to provide an advanced knowledge of passive and active low energy design strategies and thermal generation technologies applicable to buildings
Energy Modelling for HVAC Systems & Controls
The aim of this module is to provide the knowledge and skill to use dynamic thermal simulation software for regulation compliance studies and analysis of building energy consumption associated with HVAC services systems.
Building Performance & Analysis
The aim of this module is to provide specialised knowledge of the investigation and diagnosis of energy related defects in buildings and their remedies.
Electrical Generation Technology
There aim of this module is to provide a specialised knowledge of the power generation technologies pertaining to the built environment.
Applicants should hold an NFQ Level 8 Honours degree in Engineering, Science or cognate discipline.
Alternatively applicants who do not hold the standard qualifying NFQ Level 8 qualification criteria, but have relevant industrial experience may be considered for admission to the programme under the Institute’s Recognition of Prior Learning (RPL) process and subject to an interview. Download the WIT Springboard RPL Form here https://www.wit.ie/images/uploads/Education_School_PDF/WIT_RP6_Springboard_RPL_Form.docx
Applicants whose first language is not English must submit evidence of competency in English, please see WIT’s English Language Requirements for details.
Graduates from this programme will be equipped with knowledge and skills to supplement their existing areas of expertise
Graduates could also progress to the MSc in Sustainable Energy Engineering.
Students will be required to attend WIT for 16 days during the year on 8 occasions of 2 days duration (typically all day Thursday and Friday)
This year due to COVID-19 restrictions there 2 blocks delivered online in a blended learning format.
See schedule for more information