Hizbullah Khan
NUST
· 2026
Email
khanhizbullah06790@gmail.com
Phone
923440679077
GitHub
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Academic
Program
BEE
CGPA
3.02
Year
2026
Education
SEECS
Address
NEAR SHELL PUMP DUB NO 2 MANSEHRA , Mansehra , Pakistan
DOB
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Career
Current role
—
Target role
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Skills
electrical circuits, power electronics, machines, control systems, problem analysis, circuit design, troubleshooting, power system, renewable energy, PCB Designing, printed circuit board (PCB) design, wireless power transfer, electromagnetic induction, resonant coupling, transformers, DC motors, induction motors, rectifiers, inverters, converters, AC and DC circuit analysis
Interests / quote
I am an Electrical Engineer with a strong foundation in electrical circuits, power electronics, machines, and control systems. Skilled in problem analysis, circuit design, and practical troubleshooting through laboratory and project experience. Highly motivated to apply technical knowledge in real-world engineering environments and grow as a professional engineer.
Verbatim text
The exact text the LLM saw on the page (or the booklet text from the old import).
This is what powers semantic search.
Hizbullah Khan Cell: 923440679077 | Email: khanhizbullah06790@gmail.com LinkedIn: https://www.linkedin.com/in/hizbullah-khan-94b001285/ Address: NEAR SHELL PUMP DUB NO 2 MANSEHRA , Mansehra , Pakistan PROFESSIONAL PROFILE I am an Electrical Engineer with a strong foundation in electrical circuits, power electronics, machines, and control systems. Skilled in problem analysis, circuit design, and practical troubleshooting through laboratory and project experience. Highly motivated to apply technical knowledge in real-world engineering environments and grow as a professional engineer. EDUCATION Electrical Hizbullah Khan , islamabad , 3.02 (2026) INTERNSHIP EXPERIENCE Strategic Innovative Engineering (Private) Limited 27-Jun-2025 - 27-Aug-2025 power system and renewable energy PCB Designing at NUST Conventry Internet of Things Lab 24-Jun-2024 - 27-Aug-2024 printed circuit board (PCB) design FINAL YEAR PROJECT SMART ROAD WITH WIRELESS POWER TRANSFER CAPABILITIES FOR EVs This project focuses on the design and development of a smart road system that can wirelessly transfer electrical power to Electric Vehicles (EVs) while they are moving or stopped on the road. The main objective is to reduce the dependency on conventional charging stations and increase the driving range of EVs. The system uses wireless power transfer (WPT) technology based on electromagnetic induction or resonant coupling. Transmitter coils are embedded beneath the road surface, while receiver coils are installed under the EV. When an EV passes over the smart road, power is transferred wirelessly to charge the vehicle’s battery. The road is integrated with sensors and a control unit to detect the presence of EVs and activate power transfer only when required, improving energy efficiency and safety. A renewable energy source (such as solar panels) can also be integrated to make the system more sustainable. This project aims to promote green transportation, reduce charging time, and support the future development of intelligent transportation systems. TECHNICAL EXPERTISE Electrical Engineer | Power Systems & Electronics Specialist Proficient in the analysis, modeling, and operation of electrical machines, including transformers, DC motors, and induction motors. Skilled in power electronics, including rectifiers, inverters, and converters, with a solid understanding of AC and DC circuit analysis. Knowledgeable in power system fundamenta ...
AI enrichment
Hizbullah Khan is a Bachelor of Electrical Engineering student graduating in 2026 with a 3.02 CGPA. He has internship experience in power systems and PCB design, and is currently working on a final year project involving wireless power transfer for electric vehicles.
Skills (AI)
["Electrical Circuits", "Power Electronics", "Control Systems", "PCB Design", "Wireless Power Transfer", "Power Systems", "Renewable Energy", "Circuit Analysis", "Troubleshooting"]
Status: ai_done
Provenance
Source file: SEECS - Electrical Engineering-2026.pdfFrom job #259 page 50
Created: 1778168427