Welcome to Engineering Systems, Design and Innovation!

We are an internationally leading team of engineers and scientists concerned with the creation of tools, methods and technologies that improve the design, manufacture and testing of products, machines, systems and supply chains. 

Our approach is collaborative – working with leading companies, universities and agencies across the globe. We combine deep domain knowledge and cutting-edge science with design thinking, systems thinking and strong industrial links for exploitation and technology transfer. 

Ben Hicks – Head of Groupben.hicks@bristol.ac.uk
Theo Tryfonas – Deputy Head of Group –  theo.tryfonas@bristol.ac.uk


Our Structure

While our portfolio is varied with projects spanning almost all industry sectors, our work can be grouped into one (or more) themes of: Design Technologies, Design Thinking, Digital Manufacturing, Infrastructure Systems, Energy Systems, Bionics and Bioengineering, and Systems Thinking. To view our individual projects, please click here.



Our Research Themes

Design Thinking

Solving the right problem and truly understanding user needs is a prerequisite for the creation of successful products and systems. The group has significant expertise in tools, methods and approaches for understanding user needs and behaviours, problem framing and representation, user-centred design and cocreation. Current research interests include neurocognition, prototyping methods, understanding the affordances of digital and physical media and creating the prototyping handbook. 

Contact Professor Ben Hicks or Mark Goudswaard to find out more about our design thinking research and to collaborate with us. 

Systems Thinking

Systems Thinking analyses how different parts of the world, including humans and the systems they build, are highly interconnected. These interactions can be complex, and their consequences surprising or unforeseen. This ‘joined-up’ approach to engineering provides new perspectives which can help create a generation of safer, more resilient, sustainable and affordable solutions.  

From validating safety critical software to designing better public health interventions, we are collaborating with a wide range of public, private and third sector partners, including EDF at Hinkley Point, the Connected Places Catapult, the Energy Institute, and Local Government.    

We research both systems engineering and soft systems approaches; using stakeholder engagement, systems mapping and group model building to understand the structure of ‘wicked’ socio-technical problems and co-create better solutions. 

Contact Dr John May  or Dr Ges Rosenberg to find out more about our systems thinking research and to collaborate with us. 

Design Technologies

We create technologies, tools, and workflows that redefine our ability to design, manufacture, operate, and dispose of the next generation of products and machines, from consumer-grade to high-value. 

Working across the physical and digital, we work with industry to develop game-changing ways to generate, fabricate, prototype, and simulate throughout the development process, empowering engineers to do more, faster, with less. 

Our current priorities include spatial engineering and immersive toolchains, AI and data-enabled design, model-based systems engineering, generative technologies, design optimisation (inc. Marginal gains), Design for X, remanufacture and human-centric design tools. 

Contact Dr Chris Snider to find out more and work with us. 

Digital Manufacturing

The digital transformation of manufacturing concerns not only individual manufacturing processes but the entire manufacturing system and value stream. Our research involves creating manufacturing, production and supply chain processes that consider the entire Circular Economic Value Stream. 

Our research and consulting include agent-based manufacturing systems, data-driven approaches for manufacturing systems optimisation, value stream modelling for remanufacture, supply chain modelling, Digital Twin meta-modelling – cost-benefit analysis, Digital Threads, and deployment architectures. 

Contact Dr James Gopsill to find out more about our research and opportunities to work with us. 

Energy Systems

The creation of tools and methods for the specification, design, optimisation and operation of high performance and self- sufficient energy systems. Current research concerns energy systems for well-being, humanitarian energy access, microgrids, design optimisation of hybrid renewable systems. 

Contact Dr Sam Williamson to find out more and discuss opportunities to work with us. 

City Infrastructure Systems

Our research seeks new ways to maximise social, economic and environmental benefits from existing and future urban infrastructure.     

Working with partners in the public, private and third sector, we use city data, simulation and mathematical models, such as digital twins, to diagnose urban challenges, analyse infrastructure performance, and support the design, operation and integration of city infrastructure as a ‘system-of-systems’.  

From the deployment of sensors and advances to the Internet of Things to Smart City governance and digital tools for urban planning, our research covers a range of application to improve the quality of our built environment, empowering citizens, policy makers and engineers.  

Contact Dr Neil Carhart to find out more about our research in this area and to collaborate with us.  

Bionics, Bioengineering and Biomanufacturing Lab

The Bionics, Bioengineering, and Biomanufacturing Lab integrates bionics, bioengineering, and biomanufacturing technologies and nature-inspired solutions to tackle complex challenges across the medical, healthcare and bio-related sectors.  

Using artificial intelligence, robotics, digital technologies like IoT and Digital Twins, additive manufacturing and 4D printing, plasma-assisted bio-fabrication, the lab drives innovation in many diverse areas, from dental science, texture analysis and pharmaceuticals (Dr Kazem Alemzadeh), 3D/4D printed substitutes (such as bone scaffolds, bone plates, heart stents and skin substitutes) for tissue regeneration (Dr Fengyuan Liu) to food technology and personalised healthcare (Dr Maria Valero). 

Contact Dr Maria Valero, Dr Fengyuan Liu or Dr Kazem Alemzadeh to find out more about our research in this area.  

Design theory, manufacturing technologies, systems thinking, energy and design tools are foundational topics of many of the faculty’s undergraduate degree programmes and underpin the philosophy of education for the faculty’s sector leading undergraduate programme in Engineering Design. In addition to teaching on u/g programmes many of the team were founding members of the University of Bristol’s System Centre which ran the successful Industrial Doctorate Centre in Systems Thinking from 2006 to 2018.