
Energy in all its forms is critical for sustainable development. The choices around energy resources, with their varying production and consumption patterns around the world, not only directly impact the climate but also affect people, communities and cities. To achieve affordable, reliable and sustainable energy for all is therefore complex. Energy-related research into materials and renewable resources will contribute to the development of new knowledge and will help to ensure universal access to modern energy services whilst improving efficiency and increasing the use of renewable sources.
- Biochemical and Environmental Engineering Group
- BioNano Engineering
- Cambridge Analytical Biotechnology Group
- Catalysis Group
- Cell and Organism Engineering Group
- Colloidal Dispersions
- Combustion Group
- Electrochemical and Micro Engineering Group
- Fluids and Environment Group
- Magnetic Resonance Group
- Molecular Microbiology
- Paste
- Particle and Polymer Processing Group
- Process Integration Group
- Structured Materials Group
- Sustainable Reaction Engineering Group
- Terahertz Applications Group
- Energy
- Fluid Mechanics and Turbomachinery
- Electrical Engineering
- Mechanics
- Materials and Design
- Civil Engineering
- Manufacturing and Management
- Information Engineering
- Manufacturing
- Design and Materials
- Electronics
- Power and Energy Conversion Group
- The Use Less Group - Low Carbon Materials Processing
- Cambridge Innovation and Knowledge Centre
- Engineering Design Centre
- Institute for Manufacturing
- Centre for Sustainable Development
- Applied Superconductivity and Cryoscience Group
- Atomistic Simulation Group
- Device Materials Group
- Cambridge Centre for Gallium Nitride
- Active and Intelligent Materials
- Functional Inorganics and Hybrid Materials
- Materials Chemistry
- Cambridge Centre for Medical Materials
- Macromolecular Materials Laboratory
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