Electrical engineering · Islamabad

Minahil AhsanI design signals.I teach systems to move.

An electrical engineering student building intelligent systems across embedded hardware, robotics, machine learning, and control.

Minahil AhsanMA / EE / 26

Sense Compute Control

01 / About

Engineering ideas into intelligent, physical systems.

I am an Electrical Engineering student at NUST, passionate about building intelligent systems that blend hardware, software, and innovation.

My interests span embedded systems, robotics, autonomous systems, machine learning, and computer vision, with a focus on creating technologies that are practical, impactful, and future-driven.

Embedded systemsRoboticsAutonomous systemsMachine learningComputer vision
01

Sense

Sensors, circuits, and embedded hardware gather the real-world signal.

02

Compute

C++, Python, and machine-learning logic turn raw inputs into decisions.

03

Build

The final system is designed to be practical, reliable, and easy to understand.

02 / Skills

A connected engineering toolkit.

Select a node to inspect the methods and tools behind the work.

01 / Programming

Code that makes engineering logic tangible.

  • Python
  • C++
  • Object-Oriented Programming
  • Data Structures
  • Algorithms
  • File Handling
  • Debugging

03 / Projects

Selected systems. Built to work.

01 / 13
02

C++ · OOP · System Simulation

Smart EV Charging Network

A city-scale EV charging ecosystem designed to optimize dock allocation, scheduling, renewable energy usage, and charging efficiency.

Key featureBuilt with scalable object-oriented architecture and real-world operational logic.
View project
03

Python · Machine Learning · NLP

Email Spam Classifier

A supervised machine learning pipeline for detecting spam emails using text preprocessing, feature extraction, and classification.

Key featureDesigned to transform unstructured text into accurate predictive insights.
View project
04

Deep Learning · CNN · TensorFlow

MNIST Digit Recognition

A handwritten digit recognition system trained on the MNIST dataset using deep learning techniques for image classification.

Key featureDemonstrates real-world computer vision through high-accuracy handwritten digit recognition.
Machine learning study
05

Python · Machine Learning · Data Analytics

Housing Price Prediction

A machine learning model that predicts California housing prices using feature selection, regression, and data preprocessing.

Key featureBuilt with Random Forest regression and optimized using feature importance analysis.
Predictive modelling
06

Python · KNN · Machine Learning

Iris Flower Classification

A flower species classification model using the Iris dataset with feature scaling and K-Nearest Neighbors.

Key featureDemonstrates supervised learning through accurate multi-class classification.
Classification study
07

ESP-12 · Embedded Systems · IoT

Persistence of Vision Display

A rotating LED display that creates stable 360-degree visual patterns using precise timing and Hall-effect synchronization.

Key featureAwarded 3rd Position at Voltfest 2026 among 26 competing teams.
Embedded system
08

Analog Electronics · Filter Design · Signal Processing

Analog Signal Conditioning & Waveform Synthesis

Designed, simulated, and validated analog filter circuits for waveform extraction using Fourier analysis, LTspice simulations, and practical hardware implementation.

Key featureImplemented four analog filter stages for waveform extraction and signal conditioning.
Analog system
09

C++ · OOP · Data Structures

Smart Parking Management System

A parking management simulation featuring intelligent slot allocation, billing automation, monitoring, and transaction management.

Key featureDesigned to simplify parking operations through efficient data management algorithms.
View project
10

Analog Circuits · Electronics · Simulation

Thermal Safety Controller

An analog thermal safety controller using operational amplifiers and comparator-based decision logic for real-time protection.

Key featureValidated through both LTspice simulation and hardware implementation.
Safety electronics
11

Python · Data Analysis · Machine Learning

Smart Energy Billing System

An energy management platform for monitoring consumption, automating billing, and forecasting future energy usage.

Key featureIntegrated predictive analytics using linear regression for smarter energy planning.
View project
12

Arduino · Embedded Systems · Robotics

Bluetooth-Controlled Arduino Car

A wireless robotic vehicle featuring Bluetooth communication, PWM motor control, and real-time navigation.

Key featureBuilt to demonstrate reliable hardware-software integration and embedded control.
Mobile robotics
13

Arduino · Embedded Systems · Sensors

Laser Security & Detection System

A laser-based intrusion detection system using LDR sensing and real-time alarm activation for security applications.

Key featureCombined embedded electronics with practical system design for reliable intrusion detection.
Sensor system

04 / Experience

Practice turns theory into judgement.

Internships, freelance work, and research across intelligent physical systems.

01

EsseReale · Canada (Remote)

Simulation and Controls Intern

  • Developed MATLAB-based simulation and control workflows for Yo-Go, a self-balancing personal mobility vehicle designed for dynamic stabilization, motion control, and body-motion-based interaction.
  • Modeled Yo-Go as an underactuated inverted-pendulum-on-wheels system using pitch angle, pitch rate, wheel position, and wheel velocity states to evaluate nonlinear dynamics, open-loop instability, and upright stabilization requirements.
  • Built modular simulation components for actuator constraints, IMU and encoder feedback, load-sensor inputs, sensor-noise modeling, filtering, state estimation, upright stabilization, controlled motion, and posture-based rider intent mapping.
02

NUSTAG BAJA · Remote

Engineering Intern

  • Contributed to the complete design and development of a BAJA SAE off-road vehicle, including chassis, powertrain, steering, suspension, braking, and mechanical subsystem integration.
  • Developed and evaluated SOLIDWORKS CAD models, assemblies, and engineering drawings with emphasis on design intent, dimensional accuracy, assembly constraints, motion validation, manufacturability, and system-level packaging.
  • Applied mechanical design, vehicle dynamics, and simulation principles to evaluate steering and suspension behaviour, drivetrain configuration, structural load paths, and subsystem integration throughout the vehicle development process.
03

Arch Technologies · Remote

Machine Learning Intern

  • Developed end-to-end machine-learning and deep-learning workflows in image classification, natural language processing, and regression using Python, TensorFlow, Keras, and Scikit-learn.
  • Applied data preprocessing, feature engineering, model training, hyperparameter configuration, and performance-evaluation techniques across multiple predictive tasks.
  • Implemented CNN-based digit recognition, spam-email classification, and Random Forest housing-price prediction projects.
04

Fiverr and Upwork · Remote

Freelance Web and Design Support

  • Deliver website, design, and digital-support work with a focus on clean presentation, usability, and polished final output.
  • Handle client requirements, revisions, communication, and delivery across freelance web, design, and content tasks.
  • Support independent client projects while strengthening practical workflow, documentation, and visual problem-solving skills.
R / 01

Undergraduate Research, Ongoing

Data-Driven Wheel-Slip Estimation for Mobile Robots Using Multimodal Sensor Fusion

  • Investigating wheel-slip estimation using wheel-encoder, IMU, and motor-response data under varying terrain, payload, speed, and sensor-noise conditions.
  • Developing MATLAB/Simulink and Python workflows for sensor-data generation, preprocessing, multimodal sensor fusion, and machine-learning-based continuous slip estimation.
  • Extending the study toward slip-aware odometry and adaptive traction control, with evaluation of estimation accuracy, robustness, trajectory tracking, and computational efficiency.

05 / Education

The sequence behind the systems thinking.

A continuing engineering foundation, built one stage at a time.

2029Current trajectory

National University of Sciences and Technology, College of E&ME

Bachelor of Electrical Engineering

Islamabad, Pakistan

Building a strong foundation in electrical engineering, electronics, programming, and intelligent systems.

2025Completed

KIPS College

FSc / Intermediate

Islamabad, Pakistan

2023Completed

Fauji Foundation College for Girls

Matriculation

Islamabad, Pakistan

06 / Awards

Achievements & Certifications.

Eight moments of learning, participation, and recognition.

08 recordsProof of
progress.

Learning moves outward.

DataDive Datathon’26

Google Developer Groups on Campus, NUST

HackSummer’26

Microsoft Club GIKI

Build Process of Autonomous Maze Solvers

Robotics & Automation Club, NUST

Supervised Machine Learning: Regression and Classification

Coursera

Voltfest Competition

CEME, NUST · 3rd Position among 26 Teams

Getting Started with Generative AI

IBM SkillsBuild

Rawal Lake Cleaning Drive

NUST

Pakistan Life Savers Programme (PLSP) Life Savers Course

Pakistan Life Savers Programme

07 / Beyond engineering

Leadership & community.

Contributing through leadership, collaboration, and community initiatives.

  1. 01

    Deputy Director Research & Publication

    ASME CEME Student Section

  2. 02

    Deputy Director Media & Graphics

    BIOMISA Research & Innovation Student Club (BRISC)

  3. 03

    Deputy Director PCB Milling

    Robotics & Automation Club - CEME NUST

  4. 04

    Deputy Director Women in Empowerment (WIE)

    ASME CEME Student Section

Community layer

Community Health & Safety Volunteer Pakistan Life Savers Programme · Aug 2026Student Intern Alkhidmat Foundation Pakistan · Jul–Aug 2026Student Volunteer NUST · Rawal Lake Cleaning Drive · Feb 2026

08 / Collaborate

Complex systems are built together.

Open to thoughtful work across robotics, machine learning, computer vision, and autonomous systems.

Start a collaboration
Robotics 01Machine Learning 02Computer Vision 03Autonomous Systems 04

09 / Contact

Let’s engineer
what comes next.

Open to internships, research opportunities, engineering projects, startups, and meaningful collaborations.

Project inquiryResponse via email
Local guide / 01

Explore Minahil’s work

Ask about projects, skills, experience, education, research, leadership, or contact details.