Firma funds Royal Albert Dock PBSA conversion

Firma Partners has agreed a £113m loan to support DPK Group’s conversion of vacant Royal Albert Dock office space into purpose-built student accommodation in East London.

The funding will help deliver a 1,085-bed scheme across 450,000 sq ft of existing space at the Royal Docks. The project has a gross development value of around £300m and is expected to turn a stalled commercial asset into residential accommodation serving London’s student housing market.

The development covers 20 buildings originally delivered as part of the Royal Albert Dock business district. Much of the work is expected to focus on internal fit-out rather than structural alteration, with an 18-month construction programme and practical completion targeted for the third quarter of 2027.

Office-to-student accommodation conversion has become a more active development route as parts of London continue to carry vacant or under-used commercial space. Changing work patterns have weakened demand for some office assets, while student accommodation remains constrained by planning, land availability, finance costs, and strong demand from domestic and international students.

Converting commercial buildings into PBSA requires more than a change of use. Contractors and design teams must resolve building services replacement, fire strategy, acoustic performance, overheating, drainage, vertical circulation, access, daylighting, and the operational needs of high-density student living. Office floorplates can be difficult to adapt, particularly where the existing structure, cores, façades, and servicing strategy were not designed for residential occupation.

The Royal Albert Dock scheme also carries a regeneration dimension. The business district has had an uneven commercial trajectory, and a successful conversion would introduce occupation, servicing demand, public realm use, and local spending into buildings that have struggled to fulfil their original office purpose. In that respect, the project links building reuse with place activation rather than treating the existing estate as obsolete.

Funding sizeable conversions remains challenging, even in sectors with strong occupational demand. Lenders and investors are still selective where projects carry planning risk, uncertain exit values, or exposure to build-cost inflation. PBSA continues to attract institutional interest, but the funding market will still examine programme certainty, operator demand, design risk, and the ability to deliver the completed asset at the required quality.

Adaptive reuse is becoming a more important source of construction workload as developers try to reduce demolition, control embodied carbon, and find new value in compromised buildings. Retaining structures can support lower-carbon development, but only where the building can accommodate the new use without excessive intervention. The most difficult risks often sit inside surveys, services, structural tolerances, façade performance, legacy defects, and compliance upgrades.

That risk profile changes pre-construction priorities. Detailed investigation, early contractor input, and realistic allowances become essential, because discoveries after strip-out can quickly alter cost and programme. Conversion projects that look efficient at planning stage can become expensive if the existing building has been misunderstood.

The Royal Albert Dock project will therefore be watched as both a student housing scheme and a large-scale test of office reuse. London has no shortage of buildings that may no longer fit their intended commercial market, but not every asset can be converted economically. Where the structure, location, demand, and planning route align, adaptive reuse can provide a strong pipeline for contractors able to manage the technical realities beneath the regeneration narrative.