Our Glasgow team supports clients across the city and the West of Scotland with mechanical and electrical design, sustainability advice and building performance services. We help commercial estates, education providers and public bodies deliver reliable engineering outcomes, lower operational energy and planning submissions compliant with Section 6, the New Build Heat Standard and CIBSE TM59 or TM52 assessments. If you need experienced building services engineers in Glasgow, we provide practical, commercially grounded MEP guidance from first survey to in‑use verification.
Yes. We provide full MEP design and advisory support for commercial offices, universities and colleges, and NHS and local authority projects. Our focus is buildable solutions that meet programme, budget and performance targets.
Yes. We prepare clear, proportionate Energy Statements, LZC appraisals and overheating assessments. We align with Section 6 requirements and provide a straightforward route to determination.
We assess proximity to prospective or emerging networks, size plate heat exchangers and substations appropriately and detail low return temperature strategies. Where a network is not yet available, we specify cost‑effective provision for future connection.
We model to Section 6 using SBEM or SAP as appropriate and design for zero direct emissions heating on applicable new schemes. We document assumptions and options so warrants progress without delay.
Yes. We carry out TM59 assessments for homes and PBSA, and TM52 where non‑domestic spaces are in scope. We integrate shading, glazing and ventilation measures early to avoid late design changes.
Yes. We work across multi‑building estates, pairing project delivery with metering strategies, controls optimisation and post‑occupancy evaluation. The aim is lower operational energy and better comfort for students and staff.
Yes. We integrate energy credits with low‑carbon heat feasibility, materials reuse, refrigerant impact and embodied carbon advice. We coordinate with the design team so credits are secured efficiently.