Sharjeel Muzaffar

Working across electrical engineering and project delivery of solar PV, battery energy storage systems (BESS), and EV charging projects for residential and commercial clients, contributing to EPC-style project execution from design through to installation and commissioning. • Manage projects from feasibility through to installation and handover, coordinating suppliers, subcontractors, and clients • Carry out electrical design including load assessments, system sizing, and shading analysis using PVsyst, Helioscope, OpenSolar, and RatedPower • Support EPC delivery by contributing to system design, procurement coordination, and on-site execution planning • Oversee installation and commissioning of solar PV systems, hybrid inverters, and lithium-based battery storage systems • Work closely with architects, civil engineers, and construction teams, advising on roof structures, electrical layouts, and battery storage space requirements • Deliver EV charging projects, including DNO applications and compliance with UK grid regulations • Diagnose faults, perform maintenance, and optimise system performance • Prepare MCS-compliant documentation, electrical schematics, and technical reports • Ensure HSE compliance and support delivery across timelines, budgets, and quality standards • Contributed to international project work, including site surveys and technical discussions for a 500 kWp solar PV and BESS project in Cameroon

As a Research Assistant during my final year at the University of Engineering and Technology, Taxila, I had the privilege of collaborating with Engr. Dr. Lubna Nadeem on a groundbreaking project. Our mission was to design a system for "Road Accident Analysis using Machine Learning." This endeavor allowed me to harness the power of cutting-edge technology and apply it to a critical real-world problem. Under Dr. Nadeem's guidance, I developed expertise in machine learning techniques, data analysis, and predictive modeling. This experience not only strengthened my academic foundation but also instilled in me a profound appreciation for the potential of technology to make our roads safer. It was an inspiring journey that shaped my commitment to leveraging data-driven solutions for societal betterment.

During my final year at the University of Engineering and Technology, Taxila, I had the privilege of serving as a Research Assistant under the mentorship of Engr. Dr. Muhammad Zahid. My primary focus was on designing a "Dual-Band UWB Monopole Antenna for IoT Applications." This experience not only allowed me to apply my theoretical knowledge but also provided me with hands-on expertise in antenna design, electromagnetic theory, and experimental validation. Collaborating with Dr. Zahid, I gained a deeper understanding of cutting-edge technologies in wireless communication and IoT, reinforcing my passion for research and innovation in the field of electrical engineering. It was an invaluable learning experience that enhanced my problem-solving skills and expanded my horizons in the world of academia and research.

• Gained real time experience on ATR-42/72, A-320 and B-777 fleet primarily on Glass Cockpits, Extended twin Engine operation (ETOPS) and Aircraft Avionics Systems of B-777-200/300 and A320-214 fleet. • Conducted maintenance activities by performing maintenance tasks and check lists like Transit Check, Daily Checks and Cabin Checklist under the supervision of qualified personnel. • Applied troubleshooting techniques to diagnose and repair malfunctioning aircraft systems, increasing aircraft reliability and reducing downtime by 30%. • Diagnosed and resolved technical issues in electrical and mechanical systems, ensuring reliability. • Enhanced IT-related communication systems within aircraft, adhering to safety protocols.

• Installed, maintained and troubleshot telecom equipment such as routers, switches, fiber optics cables and end user devices. • Tracked and resolved complex technical issues related to network security, wired and wireless networks with a 96% success rate, reducing customer complaints by 25%. • Configured network components to meet organizational quality and performance standards. • Managed and resolved IT support tickets, achieving a high success rate in optimizing system performance. • Configured routers, switches, and network infrastructure to ensure operational reliability. • Provided technical support for fiber-to-the-home (FTTH) deployments, improving customer satisfaction.

- Completed a Bachelor of Science in Telecommunications Engineering, with a strong focus on network systems, digital communication, and emerging technologies. - Actively contributed to a research paper, successfully advancing knowledge in the telecommunications field. - Undertook a research-based Final Year Project (FYP) titled "Road Accidental Analysis Using Machine Learning," focusing on analyzing and predicting accident patterns to improve road safety. - Developed key skills in data analysis, programming, and research methodologies, preparing for impactful contributions in the tech and telecom sectors.