United Kingdom
I’m a solution-oriented physicist passionate about applying advanced computational techniques to tackle complex, real-world challenges. I specialise in simulating multi-physics systems, evaluating algorithmic methods, and developing optimisation techniques with broad cross-functional applications. My experience spans: • Novel algorithms e.g. HUBOs, simplex methods and differential evolution, • PNT, satcomm and sensor fusion technologies, • Modeling and evaluating novel RF technologies, Beyond computational programs, I’ve contributed to projects in powder rheology analysis, novel food-packaging solutions, and strategic market surveys to identify high-potential technologies for testing, partnerships, or M&A. I’ve authored and presented work on diverse topics – from hydrogen fuel cells and near-field optical microscopy to space debris identification using CubeSats, GNSS and terrain-adaptive efficiency simulations – tailored for both technical and general audiences. My goal is to apply cutting-edge techniques across disciplines to drive innovation and solve complex problems
Accentuating the delivery of exceptional value and high quality work to PA's clients across multiple fields, through my knowledge and experience in computational and experimental physics. Committed to a personal alignment with PA's strategy and core values, particularly building a positive human future through implementing emerging technologies within end-to-end innovation.
Led multidisciplinary teams across wildfire‑monitoring and space‑sustainability concepts; managed stakeholders, morale, and schedules using WBS/Gantt; coordinated subsystem integration; and secured essential funding/components, including success at the Project Proposal Review. Integrated subsystem electronics with the CPU, implemented data handling/telemetry and health monitoring, and delivered image processing/data analysis in Python alongside practical electrical work; contributed to outreach programs inspiring younger students’ interest in STEM and space science.