Pioneering Sustainable
Building Solutions

The Centre for Future Homes is a research group consisting of Birmingham City University academics, focused on helping organisations to measure and improve their building outputs.

We help organisations explore robust, scalable and sustainable solutions to general housing issues using the latest academic research. Through using evaluating models and design tools, the Centre provides sustainable and cost-effective solutions.

Our Mission

We are an interdisciplinary group of Academics and Industry Professionals brought together through our passion of creating better places for people to live in and thrive.
 
The “Centre for Future Homes” research group aims to create better homes for people. This involves reducing energy use and carbon impact but importantly improving comfort and internal air quality, whilst avoiding unintended consequences.
 
The context of the group´s research is the world of practice, thus focusing on live projects ‘living labs’. In these ’living labs’, we consider human behaviour and wellbeing as a critical part of the solution as well as the technology of buildings and their applied services.
 
The Centre is currently conducting a number of industry-funded research projects into performance of Future Homes, monitoring building and energy performance, indoor environmental quality and occupant behaviour in real occupied homes built under current Building Regulations and Future Homes standard.

Key Highlights - Centre for Future Homes

High-Impact Research

The Centre for Future Homes is focused on the delivery of high-impact research for net zero homes and carbon reduction from existing homes.

Working with Government

Heating and powering buildings accounts for 30% of the UK’s total energy usage, so our homes will play a vital role in the UK’s efforts to reach net zero carbon emissions.

 

 In 2025, compliance with the Future Homes Standard (FHS) will become mandatory. Its aim is to ensure that new homes built from 2025 will produce 75-80% less carbon emissions than homes built under the current Building Regulations.

  

The FHS aims to decarbonise new homes by focusing on improving heating, hot water systems, and reducing heat waste.

 

 This will be achieved in part by replacing current technologies with low-carbon alternatives. For example, very high-quality building fabric (structural materials, insulation etc.), high performance double or triple glazing standards and low-carbon heating through heat pumps will replace their older, less efficient counterparts. It is anticipated that this, combined with additional regulation targeting existing homes, will contribute to reducing the UK’s carbon emissions and achieving its net zero target by 2050.  

To meet the specifications set out in the 2025 FHS, the Government updated Parts F and L of the current Building Regulations at the end of 2021. These specifications must be adhered to when constructing, extending, or renovating UK homes. Part F introduces new standards for ventilation, while Part L sets out minimum energy efficiency performance targets for buildings, airtightness requirements, and improved minimum insulation standards. These more rigorous requirements have applied to UK homes since June 2022.  

Shaping Future Policy

The Centre for Future Homes team aims to support policymakers in Building Regulations and planning by helping them make evidence-based decisions, while understanding the complex financial and socio-economic factors that influence the home building and renovation market, including future skills requirements.

Academic & Industry Experience

The Centre for Future Homes combines academic researchers, professors, industry professionals, and government representatives to create a pool of experts who can help deliver the future of home building standards.

Student Experience

The Centre for Future Homes explores highly relevant current issues in real time and in close collaboration with industry. As a result, students are involved in experiential learning, enhancing their overall learning experience.

Industry & Supply Chains

Supply Chain resilience, the development of UK Building Product manufacture, recruitment of new talent and the upskilling of our existing workforce is critical to the delivery of out climate change objectives and the inclusive growth of the UK PlC economy

Our Team

Research Excellence Framework (REF) UoA 13 Lead, BCU

Dr Monica Mateo-Garcia

Visiting Professor, BCU

Mike Leonard

Director of Recruitment for Built Environment, BCU

Dr Emmanuel Aboagye-Nimo

Professor Emeritus, BCU

David Boyd

Visiting Lecturer, BCU

Dr Callistus Gero

Research Assistant, BCU

Dr Kui Weng

Lecturer, BCU

Mohammed Barre