Post by BrianSpace
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š¬š§ šš”š šš©š©šØš«šš®š§š¢šš²: šš ššš§š¬š¢š§š , šš„š®šššš« ššØššš„š¢š§š & ššØš§šØš¬š©š”šš«š¢š šš”š²š¬š¢šš¬ šš šš”š šš§š¢šÆšš«š¬š¢šš² šØš šš¢š«š¦š¢š§š š”šš¦ An exceptional PhD studentship is available within a multidisciplinary research group led by Prof. Sean Elvidge at the University of Birmingham. The project operates at the vibrant interface of space weather science, radio engineering, and operational systems to pioneer the future of High-Frequency (HF) over-the-horizon sensing. š¬ The Research Challenge & Technical Scope This PhD project focuses on modeling, predicting, and mitigating environmental clutter for both co-located (monostatic) and separated/networked (bistatic) HF configurations. Key research avenues include: Ionospheric & Auroral Clutter Modeling, Ocean Clutter Modeling, and Experimental Validation. Depending on your core technical strengths, the workflow can easily flex to prioritize ray tracing, signal processing, numerical scattering simulation, statistical characterization, machine learning for clutter classification, or real-time data assimilation using ionospheric data pipelines. š Candidate Profile This project is highly suited for an analytically minded student holding (or completing) a degree in: Physics / Geophysics (particularly space plasma physics, aeronomy, or ionospheric dynamics). Engineering / Signal Processing (radio frequency engineering or computational wave propagation). Applied Mathematics / Computational Modeling. Key Skills You Will Gain: Comprehensive training in scientific programming, advanced HF sensing, space environment forecasting architectures, and the structural analysis of massive, multi-dimensional experimental datasets. š Collaboration & Impact Environment: You will join a highly collaborative, international network bridging fundamental physical principles with high-impact defense and space domain awareness applications. Outcomes: Your research tools will directly guide next-generation networked sensing layouts, helping predict how geomagnetic storms affect target detectability on any given day. š© How to Apply Prior to submitting a formal application through the university admissions portal, candidates are required to submit an informal expression of interest directly to the Principal Investigator. For more details on this role, see link in comment section Contact: Prof. Sean Elvidge Email: [email protected] #SpacePhysics #IonosphericPhysics #PhDPosition #UniversityOfBirmingham #HFSensing #SpaceWeather #SignalProcessing #ComputationalPhysics #RayTracing #STEMCareers #RadarEngineering