Overview
Bonus, pension, healthcare, hybrid working
A leading Irish consultancy is seeking a Senior Sustainability Engineer to join their growing Dublin-based team.
This role is ideal for a passionate and self-driven professional who wants to contribute to the delivery of innovative, energy-efficient design solutions across residential and commercial sectors in Ireland and the UK.
Responsibilities
Lead domestic and non-domestic building energy assessments in line with Irish regulations.
Conduct dynamic thermal simulations using IES-VE software to inform passive design and energy strategies.
Prepare BER certificates and advisory reports in accordance with SEAI guidelines.
Collaborate with multidisciplinary teams to embed sustainability principles at all project stages.
Support frameworks such as LEED, Home Performance Index (HPI), and other low-carbon initiatives.
Ensure compliance with national and international sustainability and energy performance standards.
Mentor junior engineers and contribute to knowledge sharing within the team.
Represent the consultancy in client meetings and regulatory discussions.
Qualifications
Bachelor's or Master's degree in Mechanical, Environmental or Building Services Engineering.
SEAI-accredited BER Assessor (Domestic & Non-Domestic) – essential.
Advanced proficiency in IES-VE simulation software – essential.
Strong knowledge of Irish Building Regulations and performance compliance.
Experience with dynamic simulation outputs such as CIBSE TM52, TM59, TM54, Daylighting, BB101, and Psi Values.
LEED or HPI experience – desirable.
Excellent communication, reporting, and project coordination skills.
What's on Offer
Competitive salary and benefits, including pension.
Clear path to Chartership support (IEI, CIBSE).
Generous annual leave allowance.
Career development and training opportunities.
Collaborative team culture and regular team-building events.
On-site parking available.
This is a unique opportunity to lead meaningful sustainability efforts across high-impact projects, contributing to the low-carbon future of the built environment.
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