PBSA
CSP Architects have assisted in the creation of over
2000 new purpose built student accommodation (PBSA)
rooms in York and across the UK.
As specialist PBSA architects, we design inspiring and vibrant communities for students to thrive in. Our portfolio showcases successful collaborations with leading student accommodation developers and operators, including S Harrison and Student Castle, demonstrating our ability to deliver exceptional design solutions for schemes of all scales. We understand the unique balance required in the PBSA sector: creating an exceptional student experience while delivering a robust, efficient, and profitable asset. Our team is dedicated to creating spaces that are both aspirational for students and highly functional for providers.
For developers and investors, success demands more than just delivering beds; it requires creating vibrant, sustainable, and highly desirable communities that command premium rents and secure long-term value. At CSP Architects, we have a proven track record of designing and delivering exceptional PBSA projects.
We understand the specific pressures of the PBSA market. From securing planning on complex urban sites to meeting tight academic year deadlines
Our designs for projects like the 303 unit PBSA on James Street demonstrate our ability to unlock the potential of challenging brownfield sites, regenerating urban spaces and satisfying local authority requirements to secure valuable consent.
Today's students demand a hotel-like experience. Our designs integrate in-demand amenities such as private gyms, cinemas, dedicated study lounges, and vibrant communal hubs. We create environments where students thrive, fostering community and enhancing wellbeing.
Through meticulous planning and experience on large-scale projects like the 658-bed Walmgate development, we understand how to deliver cost-effective buildings without compromising on quality.
Partner with the PBSA Specialists
Your next PBSA project needs an architect that understands the balance between exceptional design and commercial viability.
