BS Electrical (Power) Engineering · In progress
Building a range-extended EV for areas with limited charging , Power Systems, Embedded control, Renewable Energy
Air University, IslamabadUndergraduate · Islamabad, Pakistan
01 / Selected work
Design studies and practical prototypes, led by my range-extended EV final-year project.
View all projectsFlagship / Final year project
Developing a REEV prototype for areas with limited charging infrastructure, combining electric propulsion with an engine-driven generator. FYP-1 established the architecture and integration methodology.
Power systems
A completed rural-electrification design study for Kewai Village, Naran, covering the water-to-wire system and its environmental and economic feasibility.
Embedded systems
An implemented Arduino semester prototype combining line tracking, obstacle sensing and ambient-light response through embedded control.
Power systems
An Electric Machines design-and-fabrication project connecting winding calculations with bobbin availability, core fit and practical redesign.
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02 / Field experience
A utility internship connecting power-engineering coursework with grid-station equipment, maintenance, protection and safe working practices.
An introduction to the coordination behind engineering delivery, with exposure to project management, procurement and planning.
03 / Background & learning
Degree in progress
BS Electrical (Power) Engineering at Air University, Islamabad.
12 credential records
Engineering courses, internships, IELTS and recognition.
Background & services
My engineering interests, supported skills and project support.
University & community
Academic commendations and organisational contributions.
An abstract on REEV chassis and power-train integration, accepted for a future oral presentation. The prototype direction addresses areas with limited charging infrastructure.
Read the research record05 / Tools & engineering practice
Used or studied through undergraduate projects and supervised internship learning.
