Adrian Caldwell

Adrian M. Caldwell is a chartered aerospace engineer specializing in jet propulsion and turbomachinery design. For nearly two decades, he has worked across some of the world’s most advanced engine programmes—including the GE9X, Trent XWB, and Safran’s LEAP—contributing to critical developments in fan and compressor aerodynamics, secondary-air systems, and international certification standards.

At Riley Carter & Manfred Bauer Architecture, Adrian applies this high-precision aerospace perspective to the field of building science. He translates advanced thermodynamics and aeronautical simulation standards into the built environment, overseeing the computational validation of complex enclosures to ensure that airflow and thermal performance meet the rigorous demands of next-generation architecture.

Frustrated by the often opaque nature of complex engineering, Adrian’s mission is to make propulsion and thermal concepts crystal clear. His work is rich with visuals, grounded in real-world engineering, and always anchored by practical insight from inside the field. He believes that the physics of a jet engine and the thermodynamics of a high-performance building envelope share a fundamental logic: they are both systems that must be mastered through disciplined simulation and material clarity.

A Fellow of the Royal Aeronautical Society and an FAA-authorised Designated Engineering Representative, Adrian remains deeply hands-on with CFD tools, thermal-stress models, and performance codes. When not consulting on architectural enclosures or mentoring young engineers, he is often found flying tailwheel aircraft or exploring terrain on two wheels.