Bigger than buzzwords: design automation at Bryden Wood

Beyond its striking glass exterior, lies the building’s central atrium - a sleek, communal space, three stories high and full of light, which houses a reception and cafe, accompanying tables, leather sofas and modern artwork.

Data-driven and science-based approaches.The discussion underscored the importance of a data-driven approach in the field of sustainable design and construction.

Bigger than buzzwords: design automation at Bryden Wood

By utilising advanced simulations and analytics, teams at Bryden Wood can optimise designs to achieve higher sustainability standards, ultimately contributing to the broader goal of reducing the industry’s carbon footprint..These insights provide a deeper understanding of how we are integrating sustainability into our projects and the importance of DfMA and interdisciplinary collaboration in driving these initiatives..Learn more about how we cut carbon on The Forge in our video, '.

Bigger than buzzwords: design automation at Bryden Wood

Exploring The Forge: A Video Insight into Cutting-Edge Carbon Reduction.Bryden Wood’s unique, 10-step design approach to Passivhaus, and our adoption of Platform Design for Manufacture and Assembly (P-DfMA), facilitates the achievement of stringent Passivhaus performance targets, creating the perfect response to reduce construction cost and programme, whilst also responding to the labour skills shortage.At the same time, our innovative approach facilitates a well-integrated design that addresses the complexities of Passivhaus via high-quality fabrication.. What is Passivhaus?.

Bigger than buzzwords: design automation at Bryden Wood

Passivhaus is a well-established, international building performance standard that delivers resilient, ultra-low energy consumption buildings, whilst maintaining the highest levels of occupant thermal comfort and air quality experience..

This is delivered through a keen focus on a fabric first approach that seeks to reduce space heating demand which can be met either through useful solar gains, internal gains or via modern, high efficiency and low carbon heating systems..So how can a Reference Design both standardise a design, yet leave enough flexibility to adapt it to any given brief?.

Designing flexible Reference Designs.In Reference Design, we create a core design of the most common of our clients’ facility type using a process of rationalisation, optimisation and standardisation.

At the same time, we attach a planned strategy for increasing or decreasing scale and content and how to flex to suit local conditions e.g.scale up or down to hit a particular brief.

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