Noman Khan

Evaluated and optimized training data and prompts for Apple's private LLMs, improving benchmark accuracy and dataset consistency while implementing bias mitigation and secure handling protocols.

Designed and planned solar- and wind-powered EV charging stations and integrated grid-scale battery storage, leading electrical upgrade projects for major highways and accelerating BESS planning timelines.

Supported cost planning and installation of electric truck drivetrains and produced technical documentation and reliability assessments to inform deployment decisions.

Researched integration of wind and solar energy into telecom networks and supported EU-funded R&D on smart energy systems and wireless communication.

Verified IEC compliance for grid-connected wind turbines and supported modeling and measurement accuracy analysis for flicker and harmonics.

Developed DC/DC converters for PV systems and designed control algorithms for grid-connected inverters for academic and applied research projects.

Integrated hybrid energy systems with the national grid and implemented communication systems for real-time control in EU-funded projects.

Taught courses and supported research in telecommunications and control engineering while leading projects on wireless real-time monitoring and energy grid monitoring systems.

Master of Science in Energy Systems with focus on power electronics and drives; thesis on meter model for flicker and harmonics measurements in collaboration with Vestas Wind Systems A/S.

Master of Engineering in Telecommunications & Control Engineering; thesis on design of a wireless real-time monitoring system (HEC funded).

Diploma in Information Technology awarded by SBTE, Karachi.

Bachelor of Electrical Engineering with thesis on reliability methods for power supply equipment (K-Electric).