FOOTPRINT+ podcasts

FOOTPRINT+

We bring the smartest minds in the property carbon-reduction world to FOOTPRINT+, so we think it’s only right for us to disseminate all this experience and knowledge freely. Most of what you hear here won’t have been spoken about before; it’s all hot-off-the-press! If you were at FOOTPRINT+ 2026, you can hear all the talks you couldn’t get to while you were in another of our 6 theatres; and if you weren’t, now is your chance to learn why you need to be at FOOTPRINT+ 2027.

  1. 1d ago

    Healthy neighbourhoods: Designing healthy living

    How does the environment impact our physical and mental health? Over the past two decades, our understanding of health and wellbeing has deepened, driven by scientific breakthroughs and a growing awareness of how the built environment shapes our bodies and minds. The global pandemic further underscored the urgency of better understanding the role that the design of neighbourhoods and cities plays in supporting healthy living, social cohesion, and mental health. A new piece of research, created in collaboration between the Behaviour and Building Performance (BBP) research group at the University of Cambridge, Hawkins\Brown Architects, and Max Fordham, examines these impacts and offers designers helpful questions and principles to consider when planning healthy communities.  Focusing on the Eddington neighbourhood in North West Cambridge, the research investigated the impact of the green spaces that were created during the first phase of the development, and utilised an examination of emerging research to develop an evidence-based approach to a site-wide investigation of how urban environments influence an occupant’s experience, enjoyment, and long-term health and wellbeing. Chairperson Dr. Anna Boldina, Architectural Researcher - University of Cambridge Speakers Diego Grinberg, Associate Director - Hawkins\Brown Lydia Tew, Sustainability Consultant - Max Fordham Michaela Mitrovic, Architect and Designer, Scientist, Doctoral Researcher in Neuroscience and Architecture - University of Cambridge

  2. Aug 7

    Broadgate Tower: Repositioning through sustainable refurbishment

    The retrofit of Broadgate Tower reimagines a key building in one of London’s iconic office estates. Originally completed in 2008, the project aims to deliver a best-in-class, sustainable workplace that responds to its unique location between Shoreditch and the City, while retaining the tower’s architectural prominence. Central to the scheme is a strong sustainability philosophy rooted in retention and reuse.  The project incorporates reused steelwork, cross-laminated timber slabs and reused internal finishes, reducing embodied carbon to a minimum. An all-electric services strategy targets net-zero carbon in operation, with 100% renewable energy, biodiversity gain, the project is on target for BREEAM Outstanding and Well Platinum ratings. The architectural approach strengthens the building’s relationship to the ground through active frontages, improved accessibility and vibrant public spaces. Across 14 refurbished floors and a three-storey extension, the project introduces flexible, biophilic workplaces, market-leading amenities and enhanced end-of-trip facilities. Broadgate Tower demonstrates how refurbishment can deliver sustainability, connectivity and long-term value at scale. Chairperson Brian McCarron, Associate Director - Buckley Gray Yeoman Speakers Kate Hosking-Smith, Senior Architect - Buckley Gray Yeoman Luke Kelly, Project Director - British Land James Mumford, Associate Director - Heyne Tillett Steel

About

We bring the smartest minds in the property carbon-reduction world to FOOTPRINT+, so we think it’s only right for us to disseminate all this experience and knowledge freely. Most of what you hear here won’t have been spoken about before; it’s all hot-off-the-press! If you were at FOOTPRINT+ 2026, you can hear all the talks you couldn’t get to while you were in another of our 6 theatres; and if you weren’t, now is your chance to learn why you need to be at FOOTPRINT+ 2027.