Public Funding for Prp Architects LLP

More challenging environmental standards (Code 5+) add considerable complexity to housing design, procurement and build processes causing performance in use to often fall short of design intent. This 44 month research project at Bicester eco-town, Oxfordshire will shrink this gap and assure the delivery of high-performance, low impact homes cost effectively and at scale. The consortium, led by housing provider A2Dominion and drawing on the expertise of key supply chain actors and academics, will employ a forensic mapping method to highlight process failures in technologically innovative build systems. Insights will inform the creation of a best practice toolkit for use on later phases and across the UK. Bicester is the perfect test-bed for this work as the UK's largest Code 5+ development (5,000 homes by 2026), targeting true zero carbon (unregulated emissions, no allowable solutions) and homes designed for full climate change adaptation including overheating to 2050.

More challenging environmental standards (Code 5+) add considerable complexity to housing design, procurement and build processes causing performance in use to often fall short of design intent. This 44 month research project at Bicester eco-town, Oxfordshire will shrink this gap and assure the delivery of high-performance, low impact homes cost effectively and at scale. The consortium, led by housing provider A2Dominion and drawing on the expertise of key supply chain actors and academics, will employ a forensic mapping method to highlight process failures in technologically innovative build systems. Insights will inform the creation of a best practice toolkit for use on later phases and across the UK. Bicester is the perfect test-bed for this work as the UK's largest Code 5+ development (5,000 homes by 2026), targeting true zero carbon (unregulated emissions, no allowable solutions) and homes designed for full climate change adaptation including overheating to 2050.

More challenging environmental standards (Code 5+) add considerable complexity to housing design, procurement and build processes causing performance in use to often fall short of design intent. This 44 month research project at Bicester eco-town, Oxfordshire will shrink this gap and assure the delivery of high-performance, low impact homes cost effectively and at scale. The consortium, led by housing provider A2Dominion and drawing on the expertise of key supply chain actors and academics, will employ a forensic mapping method to highlight process failures in technologically innovative build systems. Insights will inform the creation of a best practice toolkit for use on later phases and across the UK. Bicester is the perfect test-bed for this work as the UK's largest Code 5+ development (5,000 homes by 2026), targeting true zero carbon (unregulated emissions, no allowable solutions) and homes designed for full climate change adaptation including overheating to 2050.

More challenging environmental standards (Code 5+) add considerable complexity to housing design, procurement and build processes causing performance in use to often fall short of design intent. This 44 month research project at Bicester eco-town, Oxfordshire will shrink this gap and assure the delivery of high-performance, low impact homes cost effectively and at scale. The consortium, led by housing provider A2Dominion and drawing on the expertise of key supply chain actors and academics, will employ a forensic mapping method to highlight process failures in technologically innovative build systems. Insights will inform the creation of a best practice toolkit for use on later phases and across the UK. Bicester is the perfect test-bed for this work as the UK's largest Code 5+ development (5,000 homes by 2026), targeting true zero carbon (unregulated emissions, no allowable solutions) and homes designed for full climate change adaptation including overheating to 2050.

More challenging environmental standards (Code 5+) add considerable complexity to housing design, procurement and build processes causing performance in use to often fall short of design intent. This 44 month research project at Bicester eco-town, Oxfordshire will shrink this gap and assure the delivery of high-performance, low impact homes cost effectively and at scale. The consortium, led by housing provider A2Dominion and drawing on the expertise of key supply chain actors and academics, will employ a forensic mapping method to highlight process failures in technologically innovative build systems. Insights will inform the creation of a best practice toolkit for use on later phases and across the UK. Bicester is the perfect test-bed for this work as the UK's largest Code 5+ development (5,000 homes by 2026), targeting true zero carbon (unregulated emissions, no allowable solutions) and homes designed for full climate change adaptation including overheating to 2050.

More challenging environmental standards (Code 5+) add considerable complexity to housing design, procurement and build processes causing performance in use to often fall short of design intent. This 44 month research project at Bicester eco-town, Oxfordshire will shrink this gap and assure the delivery of high-performance, low impact homes cost effectively and at scale. The consortium, led by housing provider A2Dominion and drawing on the expertise of key supply chain actors and academics, will employ a forensic mapping method to highlight process failures in technologically innovative build systems. Insights will inform the creation of a best practice toolkit for use on later phases and across the UK. Bicester is the perfect test-bed for this work as the UK's largest Code 5+ development (5,000 homes by 2026), targeting true zero carbon (unregulated emissions, no allowable solutions) and homes designed for full climate change adaptation including overheating to 2050.

More challenging environmental standards (Code 5+) add considerable complexity to housing design, procurement and build processes causing performance in use to often fall short of design intent. This 44 month research project at Bicester eco-town, Oxfordshire will shrink this gap and assure the delivery of high-performance, low impact homes cost effectively and at scale. The consortium, led by housing provider A2Dominion and drawing on the expertise of key supply chain actors and academics, will employ a forensic mapping method to highlight process failures in technologically innovative build systems. Insights will inform the creation of a best practice toolkit for use on later phases and across the UK. Bicester is the perfect test-bed for this work as the UK's largest Code 5+ development (5,000 homes by 2026), targeting true zero carbon (unregulated emissions, no allowable solutions) and homes designed for full climate change adaptation including overheating to 2050.

More challenging environmental standards (Code 5+) add considerable complexity to housing design, procurement and build processes causing performance in use to often fall short of design intent. This 44 month research project at Bicester eco-town, Oxfordshire will shrink this gap and assure the delivery of high-performance, low impact homes cost effectively and at scale. The consortium, led by housing provider A2Dominion and drawing on the expertise of key supply chain actors and academics, will employ a forensic mapping method to highlight process failures in technologically innovative build systems. Insights will inform the creation of a best practice toolkit for use on later phases and across the UK. Bicester is the perfect test-bed for this work as the UK's largest Code 5+ development (5,000 homes by 2026), targeting true zero carbon (unregulated emissions, no allowable solutions) and homes designed for full climate change adaptation including overheating to 2050.

More challenging environmental standards (Code 5+) add considerable complexity to housing design, procurement and build processes causing performance in use to often fall short of design intent. This 44 month research project at Bicester eco-town, Oxfordshire will shrink this gap and assure the delivery of high-performance, low impact homes cost effectively and at scale. The consortium, led by housing provider A2Dominion and drawing on the expertise of key supply chain actors and academics, will employ a forensic mapping method to highlight process failures in technologically innovative build systems. Insights will inform the creation of a best practice toolkit for use on later phases and across the UK. Bicester is the perfect test-bed for this work as the UK's largest Code 5+ development (5,000 homes by 2026), targeting true zero carbon (unregulated emissions, no allowable solutions) and homes designed for full climate change adaptation including overheating to 2050.

More challenging environmental standards (Code 5+) add considerable complexity to housing design, procurement and build processes causing performance in use to often fall short of design intent. This 44 month research project at Bicester eco-town, Oxfordshire will shrink this gap and assure the delivery of high-performance, low impact homes cost effectively and at scale. The consortium, led by housing provider A2Dominion and drawing on the expertise of key supply chain actors and academics, will employ a forensic mapping method to highlight process failures in technologically innovative build systems. Insights will inform the creation of a best practice toolkit for use on later phases and across the UK. Bicester is the perfect test-bed for this work as the UK's largest Code 5+ development (5,000 homes by 2026), targeting true zero carbon (unregulated emissions, no allowable solutions) and homes designed for full climate change adaptation including overheating to 2050.

More challenging environmental standards (Code 5+) add considerable complexity to housing design, procurement and build processes causing performance in use to often fall short of design intent. This 44 month research project at Bicester eco-town, Oxfordshire will shrink this gap and assure the delivery of high-performance, low impact homes cost effectively and at scale. The consortium, led by housing provider A2Dominion and drawing on the expertise of key supply chain actors and academics, will employ a forensic mapping method to highlight process failures in technologically innovative build systems. Insights will inform the creation of a best practice toolkit for use on later phases and across the UK. Bicester is the perfect test-bed for this work as the UK's largest Code 5+ development (5,000 homes by 2026), targeting true zero carbon (unregulated emissions, no allowable solutions) and homes designed for full climate change adaptation including overheating to 2050.

More challenging environmental standards (Code 5+) add considerable complexity to housing design, procurement and build processes causing performance in use to often fall short of design intent. This 44 month research project at Bicester eco-town, Oxfordshire will shrink this gap and assure the delivery of high-performance, low impact homes cost effectively and at scale. The consortium, led by housing provider A2Dominion and drawing on the expertise of key supply chain actors and academics, will employ a forensic mapping method to highlight process failures in technologically innovative build systems. Insights will inform the creation of a best practice toolkit for use on later phases and across the UK. Bicester is the perfect test-bed for this work as the UK's largest Code 5+ development (5,000 homes by 2026), targeting true zero carbon (unregulated emissions, no allowable solutions) and homes designed for full climate change adaptation including overheating to 2050.

More challenging environmental standards (Code 5+) add considerable complexity to housing design, procurement and build processes causing performance in use to often fall short of design intent. This 44 month research project at Bicester eco-town, Oxfordshire will shrink this gap and assure the delivery of high-performance, low impact homes cost effectively and at scale. The consortium, led by housing provider A2Dominion and drawing on the expertise of key supply chain actors and academics, will employ a forensic mapping method to highlight process failures in technologically innovative build systems. Insights will inform the creation of a best practice toolkit for use on later phases and across the UK. Bicester is the perfect test-bed for this work as the UK's largest Code 5+ development (5,000 homes by 2026), targeting true zero carbon (unregulated emissions, no allowable solutions) and homes designed for full climate change adaptation including overheating to 2050.

More challenging environmental standards (Code 5+) add considerable complexity to housing design, procurement and build processes causing performance in use to often fall short of design intent. This 44 month research project at Bicester eco-town, Oxfordshire will shrink this gap and assure the delivery of high-performance, low impact homes cost effectively and at scale. The consortium, led by housing provider A2Dominion and drawing on the expertise of key supply chain actors and academics, will employ a forensic mapping method to highlight process failures in technologically innovative build systems. Insights will inform the creation of a best practice toolkit for use on later phases and across the UK. Bicester is the perfect test-bed for this work as the UK's largest Code 5+ development (5,000 homes by 2026), targeting true zero carbon (unregulated emissions, no allowable solutions) and homes designed for full climate change adaptation including overheating to 2050.

More challenging environmental standards (Code 5+) add considerable complexity to housing design, procurement and build processes causing performance in use to often fall short of design intent. This 44 month research project at Bicester eco-town, Oxfordshire will shrink this gap and assure the delivery of high-performance, low impact homes cost effectively and at scale. The consortium, led by housing provider A2Dominion and drawing on the expertise of key supply chain actors and academics, will employ a forensic mapping method to highlight process failures in technologically innovative build systems. Insights will inform the creation of a best practice toolkit for use on later phases and across the UK. Bicester is the perfect test-bed for this work as the UK's largest Code 5+ development (5,000 homes by 2026), targeting true zero carbon (unregulated emissions, no allowable solutions) and homes designed for full climate change adaptation including overheating to 2050.

More challenging environmental standards (Code 5+) add considerable complexity to housing design, procurement and build processes causing performance in use to often fall short of design intent. This 44 month research project at Bicester eco-town, Oxfordshire will shrink this gap and assure the delivery of high-performance, low impact homes cost effectively and at scale. The consortium, led by housing provider A2Dominion and drawing on the expertise of key supply chain actors and academics, will employ a forensic mapping method to highlight process failures in technologically innovative build systems. Insights will inform the creation of a best practice toolkit for use on later phases and across the UK. Bicester is the perfect test-bed for this work as the UK's largest Code 5+ development (5,000 homes by 2026), targeting true zero carbon (unregulated emissions, no allowable solutions) and homes designed for full climate change adaptation including overheating to 2050.

More challenging environmental standards (Code 5+) add considerable complexity to housing design, procurement and build processes causing performance in use to often fall short of design intent. This 44 month research project at Bicester eco-town, Oxfordshire will shrink this gap and assure the delivery of high-performance, low impact homes cost effectively and at scale. The consortium, led by housing provider A2Dominion and drawing on the expertise of key supply chain actors and academics, will employ a forensic mapping method to highlight process failures in technologically innovative build systems. Insights will inform the creation of a best practice toolkit for use on later phases and across the UK. Bicester is the perfect test-bed for this work as the UK's largest Code 5+ development (5,000 homes by 2026), targeting true zero carbon (unregulated emissions, no allowable solutions) and homes designed for full climate change adaptation including overheating to 2050.

More challenging environmental standards (Code 5+) add considerable complexity to housing design, procurement and build processes causing performance in use to often fall short of design intent. This 44 month research project at Bicester eco-town, Oxfordshire will shrink this gap and assure the delivery of high-performance, low impact homes cost effectively and at scale. The consortium, led by housing provider A2Dominion and drawing on the expertise of key supply chain actors and academics, will employ a forensic mapping method to highlight process failures in technologically innovative build systems. Insights will inform the creation of a best practice toolkit for use on later phases and across the UK. Bicester is the perfect test-bed for this work as the UK's largest Code 5+ development (5,000 homes by 2026), targeting true zero carbon (unregulated emissions, no allowable solutions) and homes designed for full climate change adaptation including overheating to 2050.

More challenging environmental standards (Code 5+) add considerable complexity to housing design, procurement and build processes causing performance in use to often fall short of design intent. This 44 month research project at Bicester eco-town, Oxfordshire will shrink this gap and assure the delivery of high-performance, low impact homes cost effectively and at scale. The consortium, led by housing provider A2Dominion and drawing on the expertise of key supply chain actors and academics, will employ a forensic mapping method to highlight process failures in technologically innovative build systems. Insights will inform the creation of a best practice toolkit for use on later phases and across the UK. Bicester is the perfect test-bed for this work as the UK's largest Code 5+ development (5,000 homes by 2026), targeting true zero carbon (unregulated emissions, no allowable solutions) and homes designed for full climate change adaptation including overheating to 2050.

More challenging environmental standards (Code 5+) add considerable complexity to housing design, procurement and build processes causing performance in use to often fall short of design intent. This 44 month research project at Bicester eco-town, Oxfordshire will shrink this gap and assure the delivery of high-performance, low impact homes cost effectively and at scale. The consortium, led by housing provider A2Dominion and drawing on the expertise of key supply chain actors and academics, will employ a forensic mapping method to highlight process failures in technologically innovative build systems. Insights will inform the creation of a best practice toolkit for use on later phases and across the UK. Bicester is the perfect test-bed for this work as the UK's largest Code 5+ development (5,000 homes by 2026), targeting true zero carbon (unregulated emissions, no allowable solutions) and homes designed for full climate change adaptation including overheating to 2050.

More challenging environmental standards (Code 5+) add considerable complexity to housing design, procurement and build processes causing performance in use to often fall short of design intent. This 44 month research project at Bicester eco-town, Oxfordshire will shrink this gap and assure the delivery of high-performance, low impact homes cost effectively and at scale. The consortium, led by housing provider A2Dominion and drawing on the expertise of key supply chain actors and academics, will employ a forensic mapping method to highlight process failures in technologically innovative build systems. Insights will inform the creation of a best practice toolkit for use on later phases and across the UK. Bicester is the perfect test-bed for this work as the UK's largest Code 5+ development (5,000 homes by 2026), targeting true zero carbon (unregulated emissions, no allowable solutions) and homes designed for full climate change adaptation including overheating to 2050.

More challenging environmental standards (Code 5+) add considerable complexity to housing design, procurement and build processes causing performance in use to often fall short of design intent. This 44 month research project at Bicester eco-town, Oxfordshire will shrink this gap and assure the delivery of high-performance, low impact homes cost effectively and at scale. The consortium, led by housing provider A2Dominion and drawing on the expertise of key supply chain actors and academics, will employ a forensic mapping method to highlight process failures in technologically innovative build systems. Insights will inform the creation of a best practice toolkit for use on later phases and across the UK. Bicester is the perfect test-bed for this work as the UK's largest Code 5+ development (5,000 homes by 2026), targeting true zero carbon (unregulated emissions, no allowable solutions) and homes designed for full climate change adaptation including overheating to 2050.

More challenging environmental standards (Code 5+) add considerable complexity to housing design, procurement and build processes causing performance in use to often fall short of design intent. This 44 month research project at Bicester eco-town, Oxfordshire will shrink this gap and assure the delivery of high-performance, low impact homes cost effectively and at scale. The consortium, led by housing provider A2Dominion and drawing on the expertise of key supply chain actors and academics, will employ a forensic mapping method to highlight process failures in technologically innovative build systems. Insights will inform the creation of a best practice toolkit for use on later phases and across the UK. Bicester is the perfect test-bed for this work as the UK's largest Code 5+ development (5,000 homes by 2026), targeting true zero carbon (unregulated emissions, no allowable solutions) and homes designed for full climate change adaptation including overheating to 2050.

More challenging environmental standards (Code 5+) add considerable complexity to housing design, procurement and build processes causing performance in use to often fall short of design intent. This 44 month research project at Bicester eco-town, Oxfordshire will shrink this gap and assure the delivery of high-performance, low impact homes cost effectively and at scale. The consortium, led by housing provider A2Dominion and drawing on the expertise of key supply chain actors and academics, will employ a forensic mapping method to highlight process failures in technologically innovative build systems. Insights will inform the creation of a best practice toolkit for use on later phases and across the UK. Bicester is the perfect test-bed for this work as the UK's largest Code 5+ development (5,000 homes by 2026), targeting true zero carbon (unregulated emissions, no allowable solutions) and homes designed for full climate change adaptation including overheating to 2050.

More challenging environmental standards (Code 5+) add considerable complexity to housing design, procurement and build processes causing performance in use to often fall short of design intent. This 44 month research project at Bicester eco-town, Oxfordshire will shrink this gap and assure the delivery of high-performance, low impact homes cost effectively and at scale. The consortium, led by housing provider A2Dominion and drawing on the expertise of key supply chain actors and academics, will employ a forensic mapping method to highlight process failures in technologically innovative build systems. Insights will inform the creation of a best practice toolkit for use on later phases and across the UK. Bicester is the perfect test-bed for this work as the UK's largest Code 5+ development (5,000 homes by 2026), targeting true zero carbon (unregulated emissions, no allowable solutions) and homes designed for full climate change adaptation including overheating to 2050.

More challenging environmental standards (Code 5+) add considerable complexity to housing design, procurement and build processes causing performance in use to often fall short of design intent. This 44 month research project at Bicester eco-town, Oxfordshire will shrink this gap and assure the delivery of high-performance, low impact homes cost effectively and at scale. The consortium, led by housing provider A2Dominion and drawing on the expertise of key supply chain actors and academics, will employ a forensic mapping method to highlight process failures in technologically innovative build systems. Insights will inform the creation of a best practice toolkit for use on later phases and across the UK. Bicester is the perfect test-bed for this work as the UK's largest Code 5+ development (5,000 homes by 2026), targeting true zero carbon (unregulated emissions, no allowable solutions) and homes designed for full climate change adaptation including overheating to 2050.

More challenging environmental standards (Code 5+) add considerable complexity to housing design, procurement and build processes causing performance in use to often fall short of design intent. This 44 month research project at Bicester eco-town, Oxfordshire will shrink this gap and assure the delivery of high-performance, low impact homes cost effectively and at scale. The consortium, led by housing provider A2Dominion and drawing on the expertise of key supply chain actors and academics, will employ a forensic mapping method to highlight process failures in technologically innovative build systems. Insights will inform the creation of a best practice toolkit for use on later phases and across the UK. Bicester is the perfect test-bed for this work as the UK's largest Code 5+ development (5,000 homes by 2026), targeting true zero carbon (unregulated emissions, no allowable solutions) and homes designed for full climate change adaptation including overheating to 2050.

The public description for this project has been requested but has not yet been received.

The public description for this project has been requested but has not yet been received.

The public description for this project has been requested but has not yet been received.