I am a thermal engineer with a PhD focused on infrared (IR) heating systems, specialising in radiative heat transfer, spectral behaviour, and system-level performance. <br> My work has centred on understanding how emitter characteristics, material properties, and system design interact to determine real-world heat delivery. This includes modelling and experimental validation of quartz tungsten halogen systems, development of heat flux mapping techniques, and building numerical models to predict system efficiency and performance. <br> In my current role, I work on complex thermal systems, applying the same principles of heat transfer, modelling, and optimisation to deliver practical engineering solutions. My focus is on translating theory into usable design insights — identifying where losses occur, what drives performance, and how to improve overall system efficiency. <br> I typically support projects involving: <br> * IR heating system design and optimisation * Radiative heat transfer and spectral analysis * Thermal modelling (2D/3D, ray tracing) * System-level performance evaluation and trade-off analysis <br> <br> <br>