
Electrical and Electronic Engineering graduate from Sheffield Hallam University, UK, with a technical background in biomedical equipment engineering. Academic and project experience in electrical systems, electronics, control and instrumentation, embedded systems, and engineering analysis. Previous internship and entry-level engineering experience provided exposure to preventive maintenance, equipment testing, technical documentation, and contractor follow-up. Final year project focused on Magnetic Flux Leakage NDT for petrochemical oil and gas applications using Siemens Simcenter MAGNET. Seeking graduate engineering opportunities in industrial, electrical, technical, or energy-sector roles.
• Worked in an entry-level biomedical engineering role across the Biomedical Administration in Subhan and Farwaniya Hospital Biomedical Workshop.
• Followed up on medical equipment installation, servicing, maintenance, and repair activities carried out by contractors.
• Assisted with preventive maintenance tracking, inspection procedures, equipment documentation, and service workflows.
• Supported coordination with medical staff, contractors, and technical teams during service and installation activities.
• Gained exposure to biomedical procurement, tender documentation, technical specifications, and equipment evaluation for MOH hospitals.
• Assisted with inspections, preventive maintenance procedures, and equipment testing activities to ensure reliable operation of medical devices.
• Developed understanding of technical service workflows, ensuring equipment safety and compliance with engineering documentation standards.
• Gained exposure to hospital commissioning, equipment readiness, and contractor follow-up.
• Completed three-month biomedical engineering internship across hospitals and primary healthcare centres, gaining hands-on experience in diverse healthcare environments.
Awarded a competitive PAAET scholarship to pursue BEng Electrical and Electronic Engineering studies in the UK based on high academic performance.
Used Siemens Simcenter MAGNET to develop an FEM model for petrochemical oil and gas tank-floor inspection. Conducted a focused literature review on MFL, magnetic saturation, and FEM methods to support the simulation methodology. Analysed magnetic saturation, leakage field behaviour, and defect response in EN2 mild steel.