HD Awards 2025 - Shortlist Announced
Woodside Park

Woodside Park

Complete

Shortlisted

Planning Application Link

Number/street name:
Woodside Park Station Approach

Address line 2:

City:
London

Postcode:
N12 7AX

Architect:
HTA Design

Architect contact number:
07478765556


Developer:
Pocket Living.

Contractor:
HG Construction

Planning Authority:
Barnet London Borough

Planning consultant:
Rolfe Judd Planning

Planning Reference:
19/4293/FUL

Date of Completion:
02/2024

Schedule of Accommodation:
86 x 1bed 1 person homes

Tenure Mix:
100% affordable discounted market sale

Total number of homes:
38.42 sqm


Site size (hectares):
0.25

Net Density (homes per hectare):
344

Size of principal unit (sq m):
38.42

Smallest Unit (sq m):
37.5m2

Largest unit (sq m):
40.26m2

No of parking spaces:
2 x blue badge spaces at the north of the site

Scheme PDF Download



Planning History

Woodside Park’s planning process included extensive engagement with Barnet Council, TfL and the local community. A pre-application meeting confirmed support for Pocket’s affordable housing model and a later Design Review Panel endorsed the two-building around a central courtyard approach. The development aligns with London Plan policy, contributing 7% of Barnet’s annual small-site housing target.

Following public consultation, the height of Building B was reduced and material palette simplified in alignment with nearby St. Barnabas Church. The top floor and stair-core were also developed, removing the contemporary pink metalwork and introducing the hit-and-miss brickwork core and Flemish bond detail.

The Design Process

Woodside Park is HTA’s fourth collaboration with Pocket Living, delivering 86 affordable homes on a narrow brownfield site beside Woodside Park station in Barnet. Built on disused Transport for London land, these homes are exclusively for first-time buyers living or working in Barnet, creating a route to home ownership.

Designed as an ‘urban retreat,’ the development balances affordability through an innovative and contextually sensitive design. A central courtyard follows the site’s natural 3m slope, bordered by the Northern Line embankment. This shared space features layered planting, ornamental trees, and perennials, providing a biodiverse, peaceful setting. Sculptural staircases lead to roof terraces with sweeping views.

A key feature is the innovative hit and miss brickwork. This technique allows light to filter through the stairwells, casting dynamic shadows on the recessed façades and within the internal cores. This not only serves a functional purpose, providing natural light to typically darker areas, but also adds a layer of texture and richness to the materiality of the building. The roughness of the brickwork and sculptural staircases imbue the development with a tactile quality that complements its surroundings. Deep window reveals, recessed mortar joints, and contrasting textures add depth, while large vertical openings frame views of the courtyard and greenery.

The architecture references its suburban setting while embracing contemporary design. The fenestration is modern yet understated, reflecting the local character. Flemish bond brickwork and horizontal red brick coursing echo nearby buildings, including St Barnabas Church.

The communal and corridor spaces have been specially designed to improve residents’ experience. Recessed apartment entrances are defined by bold colours and geometric patterned floor tiles, adding character and a sense of identity for each resident. These details offer significant value to the residents at minimal commercial cost, proving that design quality doesn’t have to be compromised in affordable housing.

Key Features

Woodside Park is an excellent illustration of how restricted brownfield sites, in this case a trackside TfL storage facility, can be regenerated to provide affordable homes.

The project presents a distinctive design with a single brick style, creating depth through hit-and-miss brickwork, projecting headers, and soldier course banding. A cohesive red tone is achieved with mottled brick and colour-matched metal detailing, creating a striking presence that enlivens Woodside Park station and the local area.

The project demonstrates that affordable housing can be architecturally rich and highly liveable, offering quality of life for residents without sacrificing design integrity.

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Scheme Information

Type

  • Multi-Aspect Apartments

Size

  • Medium density

Cost/ownership

  • Affordable

Planning

  • Community Consultation
  • Infill
  • Urban Infill
  • Urban Regeneration

Construction/Design

  • Brickwork
  • Contemporary Design
  • Traditional
  • Off-site

Sustainability

  • Biodiversity/Building with Nature
  • Building for a Healthy Life
  • Sustainable urban Drainage Systems

Outdoor areas

  • Private Terraces
  • Roof Gardens
  • Roof Terrace
  • Biodiversity

Surrounding Area

  • Landscape
  • Communal Spaces

Specialised

  • Community

Sustainability

Woodside Park has been carefully designed to reduce operational carbon for residents, achieving a carbon saving of at least 35%. This is achieved through a high-performing building fabric, delivering an overall weighted u-value of 0.18 W/m²K, a low airtightness value of 2.5 m³/h.m², and solar photovoltaics on the roof to supplement power for common areas. The assumed annual CO? emissions are 12 kgCO?eq/m². Energy efficiency is achieved using solar panels, which generate renewable energy to reduce reliance on traditional power sources. The buildings feature high-performance insulation and airtight construction, improving energy efficiency by minimising heat loss. Apartments are designed to maximise natural daylight, reducing the need for artificial lighting, while the building’s orientation optimises morning and evening sunlight to improve thermal performance. The scheme’s sustainable drainage strategy manages water responsibly, with permeable paving throughout the site to reduce surface water runoff. Integrated rain gardens and soft landscaping further support natural water infiltration, strengthening resilience to heavy rainfall. Biodiversity is carefully considered through a woodland-inspired landscape, with retained and newly planted trees enriching the environment. A central courtyard and green roofs contribute to improved insulation, reduced heat gain, and increased ecological value. Carefully selected planting, including ornamental trees, shrubs, and perennials, creates seasonal variety while boosting wildlife habitats. Sustainable construction methods were adopted to minimise environmental impact. The build features a reinforced concrete (RC) frame with SFS (Steel Framing System) for structural efficiency. Prefabricated bathroom pods were manufactured off-site, reducing construction time, site waste, and helping to lower embodied carbon. To further reduce environmental impact, carbon-neutral and circular products were incorporated into communal spaces. These include acoustic ceiling panels, vinyl sheet flooring in corridors, and luxury vinyl plank flooring in apartments. Durable, low-maintenance materials were chosen to ensure longevity and minimise future resource use.
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