HD Awards 2025 - Shortlist Announced
Englishcombe Lane

Englishcombe Lane

Project

Shortlisted

Planning Application Link View map

Number/street name:
Englishcombe Lane

Address line 2:
Land To The Rear Of 89 To123 Englishcombe Lane

City:
Bath

Postcode:
n/a

Architect:
Arcadis

Architect contact number:
+44 20 7079 9900


Developer:
Bath & North East Somerset Council.

Planning Authority:
Bath and North East Somerset Council

Planning consultant:
Arcadis

Planning Reference:
24/01168/REG03

Date of Completion:
02/2027

Schedule of Accommodation:
16 homes: 10 one-bed bungalows, 5 split-level two-bed houses, and 1 three-bed house

Tenure Mix:
100% Social, Affordable or Intermediate Rent

Total number of homes:
16 homes


Site size (hectares):
1.40 ha

Net Density (homes per hectare):
11

Size of principal unit (sq m):
68

Smallest Unit (sq m):
68

Largest unit (sq m):
144

No of parking spaces:
8

Scheme PDF Download



Planning History

The Englishcombe Lane Site falls within the jurisdiction of B&NES which serves as the local planning authority (LPA) for this development. Planning application was submitted 28/03/24 as Regulation 3 application and permission was granted 27/09/24. The site is allocated for residential development under Policy SB17 of the B&NES Placemaking Plan Volume 2, and the principle of residential development at the site is supported. The proposed development represents a sustainable development that will deliver a high-quality, landscape-led residential scheme to meet the needs of a specific societal group.

The Design Process

Arcadis was appointed to design a landscape-led development to deliver much-needed supported housing accommodations for individuals with autism, learning disabilities, and mobility issues, in Bath and North East Somerset.

Arcadis' design approach not only considers the unique requirements of residents and their carers, but also harmonises with the local environment's characteristics. By leveraging experience in designing for neurodiverse conditions and utilising innovative research expertise, Arcadis developed three distinctive house types that offer flexibility for customisation based on individual needs, as well as adaptability for future care requirements.

The proposed site plan features two clusters designed around inward-facing courtyard communal landscaping, fostering a sense of security and cohesion among the residents. The arrangement of building footprints along contours enables easy access via level paths, with connections between levels facilitated through terraced courtyard spaces. With a mix of one-bed bungalows, split-level two-bed, and three-bed dwellings, the design accommodates 16 residents while providing overnight accommodation and office space for carers. Taking inspiration from Bath's setting, the design reflects the layered landscape of the region, incorporating elements of Bath stone, green spaces, and nature. The development harmonises with its ecology, hydrology, and geology, emphasising sustainability, low-carbon and long-term maintenance while respecting the site's intrinsic characteristics.

Engagement with specialist services played a pivotal role in shaping the design of Englishcombe Lane, ensuring that the development meets the needs of its future residents. The site will also feature a communal hub catering to resident activities, enhancing community interaction and support.

Englishcombe Lane provides an opportunity to address the scarcity of supported housing provisions through a holistic, nature-friendly design approach that prioritises resident well-being and independence. By creating a nurturing and sustainable living environment, this scheme is poised to positively impact future residents, enabling them to thrive independently with suitable care and support in their own homes.

Key Features

Our experience in designing therapeutic and enabling environments for people with neurodiverse conditions and autism as well as our proactive engagement with key stakeholders and service users was of utmost importance in ensuring the designs are suited to the needs of residents and carers and flexible enough to be adapted to individual needs.

Our public engagement activities have enabled us to ensure that the development would be sympathetic to the locality, compatible with the surrounding local area, and would fulfil the identified need for the provision of supported living units for adults with learning disabilities and autism.

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Scheme Information

Type

  • Innovative House Types
  • Semi-detached
  • Terrace

Size

  • Low density

Cost/ownership

  • Affordable
  • Council

Planning

  • Suburban

Construction/Design

  • Brickwork
  • Contemporary Design
  • Local Vernacular

Sustainability

  • Biodiversity/Building with Nature
  • Building for a Healthy Life
  • Low embodied carbon construction
  • Low Energy in Use
  • Sustainable urban Drainage Systems

Outdoor areas

  • Private Terraces
  • Outside Terrace
  • Biodiversity
  • Garden

Surrounding Area

  • Landscape
  • Communal Spaces
  • Community Buildings

Specialised

  • Dementia Care
  • Special Needs Housing

Sustainability

The scheme is enabling low carbon lifestyle through following commitments: The Proposed Development adopts a ‘fabric first approach’ to ensure minimal energy consumption. This will see the development aim to achieve the thermal envelope specification requirements that have been provided by the LETI Net Zero Climate Emergency Design Guide. This is in line with the implementation of the Future Homes Standards and Bath and North East Somerset’s requirements, which require Space Heating demand less than 30 kWh/m2 and the total energy use less than 40 kWh/m2 . The design of the Proposed Development aims to eliminate the need for mechanical cooling systems, reduce the use of artificial lighting, and harness winter solar gains by integrating passive design techniques. In addition, the Proposed Development incorporates the use Air Source Heat Pumps (ASHPs), which are highly efficient, as a primary heating solution. The Proposed Development also proposes the integration of Solar Photovoltaics (PV) for additional energy generation. On-site energy generation should match the total energy use. To support the shift towards hybrid and electric vehicles, each dwelling in the development will be equipped with an EV charging point. The proposals strive to minimise construction and operational waste sent to landfill by reducing, reusing, recycling, and treating waste, thereby maximising the use of sustainable materials in construction. The dwellings are designed with climate change considerations, incorporating surface water flow controls, improving water quality, and ensuring safety from flood risks. Post Occupancy: It is proposed that post-occupancy evaluations be conducted to assess the energy performance of completed buildings. This involves monitoring actual energy consumption, comparing it to predicted values, and identifying areas where improvements can be made.
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