Alex Elliott is a Chartered Mechanical Engineer specialising in the delivery and oversight of complex building services within low-carbon and operationally demanding environments. His work focuses on ensuring systems are well integrated, optimised, and capable of performing as intended over their full lifecycle.

With experience across bioenergy, energy infrastructure, and technically complex buildings, Alex has supported projects ranging from anaerobic digestion and heat pump installations to wider energy and asset strategies. He brings particular strength in technical services management, stakeholder alignment, value engineering, and system performance optimisation. 

Grounded in a long standing connection to the natural world, Alex views buildings and their services as living systems that must adapt over time. This perspective underpins a collaborative and pragmatic approach, allowing him to work comfortably across design teams, contractors, client organisations, and regulatory interfaces, with a focus on reducing risk, improving performance, and delivering spaces that work better for the people inside them.  

Tom Flemming is an experienced Electrical Engineer specialising in the design and delivery of complex electrical systems across the built environment. His work spans high-and low-voltage distribution, on-site generation, and renewable technologies, supporting projects where reliability, safety, and performance are critical.

Driven by a lifelong curiosity for how things work, Tom’s interest in engineering began early through adapting and re-engineering everyday equipment to improve performance. That mindset has carried through into a career delivering electrical design across infrastructure, residential, and commercial developments, as well as education, healthcare, justice, defence, leisure, and retail sectors.

Having worked on behalf of both contractors and consultants, Tom brings a delivery-focused perspective to electrical design. His technical depth and practical understanding of construction processes help ensure systems are efficient, robust, and built to perform as intended.