High-spec 342-bed student development in central Edinburgh, featuring BREEAM-led MEP design, DSM thermal modelling, and CO₂-based hot water.

Located in the heart of Edinburgh, this 342-bed student accommodation scheme combines performance-led engineering with modern comfort. March Consultants Ltd provided MEP design across all disciplines, delivering a fully electric, BREEAM-compliant solution tailored to high-end student living.

Dynamic Simulation Modelling (DSM) was used to eliminate the need for comfort cooling, while CO₂ heat pumps provide highly efficient hot water generation. The PV array was designed to optimise on-site consumption while maintaining BREEAM compliance and minimising export. A streamlined electric heating strategy and smart load management further reduced the building’s operational carbon impact.

This project demonstrates how performance modelling, low-GWP refrigerants, and lean design integration can deliver a low-energy, regulation-compliant building without compromise—setting a new benchmark for sustainable student accommodation in the capital.

Quick Info:

Title: Leith Walk PBSA

Location: Edinburgh, Scotland

Client: Firethorn Trust

Architect: Manson Architects

Structural Engineer: Etive Consulting

Fully electric MEP design for a 544-bed student scheme, delivering EPC A performance, operational savings, and virtually zero reliance on fossil fuels.

Progress House is a major purpose-built student accommodation (PBSA) scheme comprising 544 beds across multiple blocks in Coventry. March Consultants Ltd was appointed to deliver full MEP design services with a focus on long-term sustainability, energy efficiency, and capital cost optimisation.

A fire-engineered natural smoke ventilation system was used to eliminate the need for a generator or UPS, reducing both capital outlay and maintenance costs. Domestic hot water is delivered via ultra-low GWP CO₂ heat pumps, supporting a fully electric strategy and achieving an EPC A rating. Space heating and cooling in commercial areas is provided by high-efficiency VRF systems, while meticulous coordination enabled a dual sprinkler network across residential and non-residential demises.

The result is a future-ready student living environment, designed to minimise carbon, reduce lifecycle cost, and simplify ongoing operations.

Quick Info:

Title: Progress House PBSA

Location: Coventry, England

Client: Gilltown

Architect: GDL Architecture

Structural Engineer: Westlakes Engineering