Adnan Ul Haq Babar
Electrical Engineering-
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Education
B.E. Electrical Engineering
(Aug 2014 – Jun 2018)
National University of Sciences and Technology (NUST)
Campus: Pakistan Navy Engineering College (PNEC)
CGPA:
3.55/4.0
Work Experience
Research Assistant
Sep. 2016 – Sep 2017
Robotics and Dynamics Systems Lab (RDSL)
Robotics and Dynamic Systems Lab (RDSL) is a research
lab in NUST-PNEC whose objective is to provide
solutions of engineering problems to civic industrial
setup.
Projects
Designed hardware for RDSL’s first ever product
“METGRAPH” using Eagle.
Implemented Non-Intrusive Load Monitoring
(NILM), concept of filtering aggregate power
signal to individual appliance level in order to
determine power consumed by individual
appliances connected to a common source.
Karachi, Pakistan
Projects
Red Object Detection Algorithm for detecting red
color objects in a live video using webcam.
Implemented Inter-aural Time Difference (ITD),
property of animals for localization of objects
using sound, in robot using a pair of microphone,
MATLAB and ARM Cortex M4 based
microcontroller unit.
Designed and produced Simulink Model of
Traction Control System for single wheel of an
urban vehicle prototype.
Vehicle Dynamics Monitoring Device (VDMD), a
device used to monitor dynamic properties of a
formula electric car such as location, speed and
acceleration.
Implemented Non-Intrusive Load Monitoring
(NILM), concept of filtering aggregate power
signal to individual appliance level in order to
determine power consumed by individual
appliances connected to a common source.
Designed Development board of ARM-CORTEX M4F
based Microcontroller Unit.
Leadership Roles
Electrical Lead
Oct. 2014 – Present
Formula Electric Racing NUST
Formula Electric Racing NUST is formula student team
from Pakistan formed to do research and bring
development in the field of electric cars in Pakistan.
Achievements
Represented Pakistan in FSAE Electric 2016 held in
Lincoln, Nebraska, USA in June 2016.
Team has successfully made Pakistan’s first ever
FORMULA ELECTRIC CAR.
Projects
Designed and developed Li-Ion Battery
Management System using ATA6870N ICs, ARM
Cortex M4 microcontroller, Kiel μVision and Eagle
for a 300 Volt, 5.76kWh Li-Ion battery pack.
Simulink Model of Li-Ion Charger for 300V,
6.64kWh battery pack.
Designed and developed Obstacle Detecting
System prototype for a commercial vehicle.
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Lead team of individuals in designing and
development of Electrical System of a formula
electric car.
Team Lead of Final Year Project i.e. NILM.
Lead team in all semester projects.
Awards
Received six consecutive NUST Merit based
scholarship award.
High Achiever Certificate from NUST.
Semi Finalists of Global CleanTech Innovation
Program by UNIDO.
Finalists of Finding Innovative and Creative
Solutions (FICS - NUST).
Software Skills
MATLAB, Simulink, Basic know how of PowerSIM.
LTSPICE, Tina software for Electronic circuits
simulation.
Machine Learning and Signal Processing.
Image Processing
Proteus, Eagle for PCB designing and electrical
circuit’s simulations.
C/C++ and Python.
