IN Brief:
- Bouygues UK has topped out the first two West Park accommodation buildings at the University of Exeter.
- The UPP-led programme comprises 1,849 new and refurbished student beds designed around Passivhaus requirements.
- University phasing schedules 618 beds for September 2027 and another 1,231 for September 2028.
Bouygues UK has topped out the first two buildings at the University of Exeter’s West Park student accommodation development, marking a construction milestone on the western side of the Streatham Campus. The project is being developed with university accommodation partner UPP and is designed to provide 1,849 student beds through new construction and refurbishment of existing residences.
The topping-out follows financial close between UPP and the university in September 2025 and the beginning of site work that summer. It marks the point at which the first two buildings have reached their planned structural heights, rather than completion of their façades, services, or internal fit-out. UPP expects the first residents to arrive in September 2027 and the final accommodation phase to be occupied in September 2028; substantial construction and commissioning work therefore remains after the structural milestone.
West Park combines new student residences in the Clydesdale and Nash area with changes to existing accommodation at Birks Grange Village. That mix requires different site methods: new blocks need foundations, prefabricated elements, enclosure, and building-services installation, while the existing residences must be adapted for the revised accommodation arrangements. The 1,849-bed figure refers to new and refurbished rooms across the overall scheme, not simply to the two topped-out buildings.
Designed by Willmore Iles Architects and Architype, the new accommodation is intended to achieve Passivhaus certification. The design approach limits heat demand through high levels of insulation, airtightness, suitable glazing, and careful treatment of thermal bridges at connections between structural and envelope elements. The project team describes West Park as a particularly large student accommodation application of the standard. Certification will require later assessment of the as-built scheme; it has not been established by reaching the current structural milestone.
Achieving a tightly controlled envelope depends on sequencing as well as specification. Service penetrations, window installation, insulation continuity, and the treatment of balconies and structural connections all need to be coordinated before façades and interiors are closed up. Weak points at these interfaces can undermine intended heat-loss and airtightness performance even if individual products meet their declared specifications. The project partners have not published achieved airtightness test results or as-built energy data for the first two blocks.
The new residences are planned to be gas-free, using air source heat pumps for heating and hot water and roof-mounted photovoltaic panels to generate electricity. The heat pumps transfer thermal energy using an electrically powered cycle, whereas the panels produce electricity that varies with solar conditions. The technologies should not be conflated: neither a stated heat-pump specification nor the presence of rooftop solar establishes the building’s eventual annual energy balance. No verified as-built consumption or generation figures have been supplied.
Electrical and mechanical systems will therefore need to be integrated with the envelope design, the student occupancy pattern, and the final arrangements for ventilation and hot water. High-density residential accommodation can have sustained domestic hot-water demand and variable room occupation, while solar generation changes across the day and year. These are design and commissioning considerations rather than evidence of a problem at West Park. The available project description does not give detailed plant capacities, storage specifications, or measured peak loads.
The project team also describes the development as accredited to the WELL Community Standard, which assesses aspects of wellbeing and the wider residential environment. That concerns different objectives from Passivhaus energy performance. It does not establish post-occupation indoor environmental quality or measured resident outcomes, which can only be assessed when the buildings are operating. The published project record does not yet include independent performance measurements from the accommodation now under construction.
Dave Stacey, chief financial officer and executive divisional director of finance, infrastructure and commercial services at the University of Exeter, said: “It is fantastic to see the transformation of the west side of our Streatham Campus.” The university’s construction information describes precast wall, structural, and staircase deliveries as part of the build sequence. Those components must still be integrated with the airtight envelope and services design before the rooms can be commissioned and occupied.
UPP will design, build, finance, and operate the residences under its existing partnership with the university. That relationship began in 2009, and the company already operates 4,130 beds across three campus schemes. The operating role means that plant access, maintenance of air barriers, repairs to windows and façades, and the management of shared amenities need to be considered before handover. Future operational performance will depend on how the completed buildings are maintained as well as on the original design.
Detailed university phasing identifies 618 bedrooms for the September 2027 opening, involving Birks Grange works and part of the new West Park accommodation. A further 1,231 bedrooms are scheduled for September 2028. Construction is taking place on an active campus, requiring managed deliveries, pedestrian segregation, and access to neighbouring academic and residential buildings. These practical constraints continue beyond topping out as façades, services, landscaping, and remaining blocks progress.
Completing the first two structural frames shifts attention to the building envelopes, service installation, commissioning, and planned occupation. The phased handovers remain scheduled for September 2027 and September 2028, with the university continuing work around occupied parts of the campus. Airtightness testing, energy assessments, and final certification will establish how closely the finished buildings meet Passivhaus requirements, while measured operational performance can only be established once the accommodation is in use.
