Delivering High-Quality Engineering Design for Farmhouse Conversion. PSA were employed to develop a creative and innovative design solution for the high-grade refurbishment of a Grade II listed farmhouse and barn. The project involved transforming the dilapidated structures into two self-contained house apartments and a function area, while preserving the historic character and meeting the strict requirements of the conservation officer and English Heritage.
CLIENT: Private Client
LOCATION: Silverdale, Lancashire
SERVICES: Mechanical & Electrical Design
CLIENT OBJECTIVES
The client sought to convert the existing farmhouse and barn into a unique residential and function space that would showcase their commitment to sustainability and sympathetic heritage restoration. They wanted to create high-quality, modern living spaces while respecting the original architecture and incorporating energy-efficient mechanical and electrical systems.
OUR SOLUTION
PSA’s design team worked closely with the client, conservation officers and the construction team to develop a comprehensive engineering solution that balanced the needs of the project. Key elements of our approach included:
- Sensitive consideration of original architectural features in the farmhouse.
- Innovative reconfiguration of the barn to create two self-contained apartments and a multi-purpose function area.
- Integration of energy-efficient systems.
- High-end solutions to fit the quality aesthetic.
THE OUTCOME
The completed project has transformed the dilapidated farmhouse and barn into a stunning mixed-use development that seamlessly blends historic character with modern convenience.
The successful delivery of this complex project is a testament to the collaborative working relationship between PSA, the client, and all stakeholders involved. By leveraging our expertise in engineering design and understanding of heritage requirements, we were able to create a development that not only meets the client’s objectives, but also serves as a shining example of sensitive restoration and adaptive reuse.
