BURY COLLEGE, WOODBURY CENTRE
EDUCATION

LOCATION

SECTOR
CLIENT

ARCHITECT

PROJECT VALUE
£4.9m

CONTRACT

PERIOD

CONTRACT PERIOD
THE BRIEF
contract for the transformation of the existing Woodbury Centre at the
college. The project comprised of the reconfiguration and remodelling of
several areas, including Catering, the relocation of the Main Entrance
incorporating external landscaping associated with the impressive new
entrance. Plus demolition of an existing two-storey building together with
associated external works to create a fully accessible welcoming external
breakout area for the students to enjoy.
The old, under-utilised reception area has been reconfigured to provide 2 additional classrooms, equipped with hybrid teaching tools and digital resources, increasing the college’s capacity to take 48 additional students. A phased approach was adopted with areas signed off and handed back to the college as they were completed.
KEY POINTS
Delivered under a Design & Build contract, this project required close
collaboration between H.H. Smith, the college, and key subcontractors.
Early and ongoing design workshops ensured that the college’s design
brief was interpreted correctly and effectively realised. It was vital for
our subcontractors to have input into the design stages and for their
involvement to continue during the regular design coordination meetings
to achieve the desired outcome. The success of the project hinged on
early engagement and proactive communication with the college team.
This included incorporating their feedback into space planning, finishes,
and phasing strategies to suit college operations.
A high standard of finish was required throughout, with particular
attention paid to the ultra-modern catering facilities and new entrance,
where premium products were sourced at the college’s request. Other
enhancements include the installation of new electrical infrastructure to
support lighting, power outlets, and interactive teaching equipment. Plus
the integration of ventilation and air conditioning systems to ensure a
comfortable and energy-efficient learning environment which supports
student well-being and academic performance.
H.H. Smith collaborated with the college’s construction department and
facilitated multiple site tours for their students to give them first hand
experience of a live site environment to enhance their learning.
This extensive renovation project has successfully revitalised a key part
of the College campus, ensuring it is prepared to meet the needs of
students, staff, and the wider community for years to come.
CHALLENGES
The site remained operational throughout the project. A detailed phasing
plan and careful segregation of work zones were critical to protecting
students and staff while minimising disruption. H.H. Smith ensured work
areas were isolated using temporary partitions and hoardings, and safe
access routes around these areas were implemented. Any noisy or
disruptive works were scheduled outside of core learning hours. Major
building services such as power distribution and fire alarm systems had
to remain operational while being rerouted and upgraded. The use of
temporary power supplies and bypass systems avoided any disruption to
the college. Close liaison with the college facilities management team
was essential and any unavoidable shutdowns were planned during offpeak hours.
During the demolition of the existing building the basement
plantroom was exposed. This area was vital to college operations and
had to be protected and kept dry throughout. This required the rapid
implementation of a waterproof tanking solution and continuous
monitoring and maintenance to ensure full operational continuity. The
sites location in a busy town centre with very high pedestrian footfall
also presented challenges. Bi-weekly logistical meetings were held with
the college’s facilities team to review delivery schedules and site access.
All site deliveries were carefully planned to avoid peak student
movement times. All suppliers were briefed and monitored to ensure
they adhered to agreed delivery windows.





