WELCOME TO MY PORTFOLIO

Hi, I'm Azeem Haider
Electrical Engineer

Passionate Electrical Engineering student focused on Embedded Systems, IoT, PCB Designing, Automation and Smart Electronics Projects. I enjoy building innovative hardware and software solutions that solve real world problems.

School: Saleem Nawaz Fazaia College Pakistan Air Force Base Masroor-13

Board: FBISE - Islamabad

Marks: 1000 / 1100

Grade: A+

College: Madrasa-Tul-Banat College Sadikabad, District Rahim Yar Khan

Board: BISE Bahawalpur

Marks: 1061 / 1200

Grade: A

University: Khawaja Fareed University Of Engineering & Information Technology (KFUEIT) - Rahim Yar Khan

Specialization: Power & Electronics

Current CGPA: 3.89 / 4.0

Status: In Progress

School 1: Fazaia Inter College, Kohat, KPK

Duration: 2013 — 2015

School 2: Saleem Nawaz Fazaia College, PAF Base Masroor-13, Karachi

Duration: 2015 — 2020

Coursera: Self-paced professional & technical courses

Microsoft: Microsoft Learn courses & participation in Microsoft AI Fest 2026

Google: Google certification programs

IEEE Membership

Recognized as a Student Member of the Institute of Electrical and Electronics Engineers (IEEE) — the world's largest technical professional organization dedicated to advancing technology for the benefit of humanity.

View LinkedIn Post

IEEE Education Society Membership

Recognized as a Member of the IEEE Education Society, a community within IEEE dedicated to advancing the theory and practice of education in engineering, computing, and applied science.

View LinkedIn Post

Secretary — IEEE SB KFUEIT EDU Society

Appointed as Secretary of the IEEE Education Society, IEEE Student Branch KFUEIT — leading coordination, documentation, and communication for the society's academic and professional development activities.

View LinkedIn Post

Certificate of Appreciation

Received a Certificate of Appreciation for participating in IEEE-NEXUS-2026, recognizing active involvement and contribution to one of IEEE's prominent technical events.

Letter of Appreciation

Received a formal Letter of Appreciation from Air Headquarters in recognition of extraordinary academic performance.

Certificate of Participation

Received a Certificate of Participation for taking part in Spark My Future — an event organized by IEEE aimed at inspiring and empowering students.

Certificate of Merit

Awarded the Certificate of Merit during secondary education in recognition of exceptional academic performance and ranking among the top tier of the student cohort.

Certificate of Appreciation - Silver Medalist

Earned a Silver Medal in a competitive Creative Art & Handwriting Competition, demonstrating a high level of artistic talent, design precision, and meticulous attention to detail.

Certificate of Appreciation - Bronze Medalist

Earned a Bronze Medal in a competitive Creative Art and Handwriting Competition, showcasing a strong aptitude for layout design, fine penmanship, and visual presentation.

Certificate of Participation - Green Pakistan

Actively participated as a dedicated volunteer in the Green Pakistan campaign, contributing to large-scale tree plantation drives and environmental sustainability activities.

Fundraising Certificate

Served as a dedicated volunteer for the Pakistan Blind Association, actively organizing and driving community fundraising campaigns to support empowering initiatives for visually impaired individuals.

Participation Certificate

Actively engaged in a rigorous CSS-oriented quiz competition designed to evaluate comprehensive knowledge across national governance, international relations, history, and current affairs.

Participation Certificate

Contributed significantly to the execution and presentation of the official farewell ceremony hosted for the graduating Batch of 2026.

Just a Start!

More achievements coming soon! Inshallah! This is only the beginning of a long journey of excellence and growth.

Merit Award - Fall Semester 2026

Awarded the Merit Award for Fall Semester 2026 in recognition of outstanding academic performance during the semester.

View LinkedIn Post

Honahaar Scholarship

Awarded the Honahaar Scholarship in recognition of consistent academic excellence and merit.

View LinkedIn Post

AI Skills Fest 2026

Completed AI Skills Fest 2026, gaining hands-on experience with modern AI tools and practical AI-driven workflows.

View LinkedIn Post

Verify Badge

Google AI Essentials

Completed Google AI Essentials, covering practical, ethical, and effective use of AI tools in everyday work.

View LinkedIn Post

Verify Badge

Foundations of Project Management

Completed Foundations of Project Management, covering core project management principles, methodologies, and best practices.

View LinkedIn Post

Verify Certificate

Maximize Productivity With AI Tools

Completed training on maximizing productivity using modern AI-powered tools and techniques.

View LinkedIn Post

Verify Certificate

IoT for Everyone

Completed IoT for Everyone, an introductory course covering the core concepts, architecture, and real-world applications of the Internet of Things — including connected devices, sensors, and smart systems.

View LinkedIn Post

How to Write a Research Paper

Completed a course on academic research writing, covering research paper structure, methodology, literature review, citation practices, and effective scientific communication.

View LinkedIn Post

Electrical Power Generation — An Industrial Outlook

Completed a course covering electrical power generation from an industrial perspective, including power plant systems, generation technologies, and real-world operational practices.

View LinkedIn Post

Python for Data Science, AI & Development

Completed IBM's Python for Data Science, AI & Development course, covering Python programming fundamentals, data structures, libraries, and their application in data science and AI development.

View LinkedIn Post

Edge Computing in Modern Smart Homes: A Localized IoT Architecture

A research paper proposing a localized IoT architecture for modern smart homes, using edge computing to reduce latency, improve reliability, and enhance data privacy by processing data closer to the source instead of relying solely on the cloud.

View Research Paper

View LinkedIn Post

Future of IoT in Smart Cities (Small Cities Focus)

A case study examining how IoT technologies can shape the future of smart cities, with a particular focus on the unique challenges and opportunities faced by small cities in adopting smart infrastructure.

View Case Study

View LinkedIn Post

Introduction

This project is a dual mode alert and indication system built using BC547 NPN transistors. It can operate in two distinct modes — visual indication using LEDs and audio alert using a buzzer.

Components Required

• BC547 NPN Transistors
• LEDs
• Buzzer
• Resistors
• Power Supply

Methodology

The BC547 transistor is used as a switch. When the input signal is applied to the base, the transistor turns on and activates either the LED or the buzzer depending on the mode selected.

Conclusion

The system successfully demonstrates the use of BC547 transistors as switching elements in practical alert circuits. Low-cost, easy to build, and adaptable for real-world warning systems.

Introduction

Designed and built an embedded radar system for real-time object tracking and spatial mapping using Arduino, ultrasonic sensor and servo motor.

Components Required

• Arduino Microcontroller
• Ultrasonic Sensor (HC-SR04)
• Servo Motor
• Serial Communication Interface
• Custom GUI for live tracking

Methodology

The servo motor rotates the ultrasonic sensor across a 180° arc. At each angle, the sensor measures distance to any object in front of it. Data is transmitted via serial communication to a PC-based GUI displaying a radar-style view.

Conclusion

The system successfully demonstrated real-time obstacle detection and spatial mapping using low-cost components.

Introduction

Developed a console-based Electricity Bill Management System using C++. Handles complete customer billing operations including record management, automated bill calculation based on unit slabs, and file-based data storage.

Components Required

• C++ Programming Language
• File Handling (fstream)
• Console-Based Interface
• Slab-Based Billing Logic

Conclusion

Demonstrates effective use of file handling and structured programming in C++. Can be extended with a GUI or database integration in future.

Introduction

Designed and simulated a Digital PRING using the NE555 timer IC, 74LS163 counter, 74LS47 BCD-to-7-segment decoder, logic gates, and a 7-segment display in Proteus.

Components Required

• NE555 Timer IC
• 74LS163 Counter IC
• 74LS47 Decoder IC
• Logic Gates
• 7-Segment Display
• Proteus Design Suite

Conclusion

Successfully demonstrates the integration of timer, counter, and decoder ICs to produce a functional digital display circuit.

Introduction

Designed and built a Quiz Buzzer System using transistors and latch circuits. The system allows multiple players to compete, where the first player to press their button locks out all others — ensuring fair and instant response detection.

Components Required

• BC547 NPN Transistors
• SR Latch Circuit
• Push Buttons
• LEDs
• Resistors
• Power Supply

Methodology

When a player presses their button, the transistor triggers and the latch circuit locks the output, lighting up that player's LED and disabling all other inputs. The latch holds the state until manually reset, ensuring only the first press is registered.

Conclusion

The Quiz Buzzer System successfully demonstrates the use of transistors and latch logic in a practical real-world application. It is reliable, fast-responding, and easily expandable to support more players.

Introduction

An IoT-based smart factory safety system designed using Arduino to monitor hazardous conditions in real time and trigger alerts, improving workplace safety in an industrial environment.

Components Required

• Arduino Microcontroller
• Gas/Smoke Sensor
• Temperature Sensor
• Buzzer & LED Indicators
• IoT Connectivity Module

Methodology

Sensors continuously monitor factory conditions such as gas leaks, smoke, and abnormal temperature. When a hazardous threshold is crossed, the system triggers a local alert and sends real-time data over IoT for remote monitoring.

Conclusion

The system successfully demonstrates how IoT and embedded sensors can be combined to build a low-cost, real-time factory safety monitoring solution.

View LinkedIn Post

Introduction

Mobile app development projects completed as part of the CodeAlpha internship, focused on building functional, user-friendly applications.

Conclusion

These projects strengthened hands-on app development skills and reflect practical, real-world software development experience gained during the internship.

View GitHub Repository

View LinkedIn Post

Undergraduate Student

KFUEIT — Rahim Yar Khan

2025 — Present

What I Learned

• Embedded Systems design and programming using Arduino and microcontrollers
• Circuit design, PCB layout and simulation using Proteus
• C / C++ and Python programming for hardware and software integration
• Digital and Analog Electronics fundamentals
• IoT systems and smart device development
• Signals, Systems and Communication principles

Experiential Learning

• Built a Dual Mode Alert & Indication System using BC547 transistors
• Designed an Automated Obstacle Tracking and Ranging System using Arduino
• Simulated a Digital PRING circuit with NE555 timer in Proteus
• Developed a console-based Electricity Bill Management System in C++

Campus Involvement

• Active IEEE Student Member
• Participated in IEEE-NEXUS-2026 and received Certificate of Appreciation
• Engaged in technical workshops and seminars on campus

Academic Achievements

• Received Letter of Appreciation from Air Headquarters for extraordinary academic performance
• Maintaining strong CGPA throughout the degree program
• Recognized as IEEE Student Member for technical contributions

Virtual Internship — Internet of Things (IoT)

CodeAlpha

Remote / Virtual Internship

Learning Tasks Completed

• Explored core IoT concepts, architecture, and communication protocols used in connected devices
• Worked with sensors, microcontrollers, and embedded hardware to collect and process real-world data
• Implemented data acquisition and control logic for IoT-based systems
• Practiced integrating hardware components with software logic for automated decision-making
• Gained hands-on exposure to designing and testing small-scale IoT solutions from concept to demonstration

Results & Outcomes

• Successfully completed all assigned IoT tasks within the internship timeline
• Built a working understanding of end-to-end IoT project development — from sensing to system response
• Strengthened practical skills in embedded systems and IoT that directly complement academic coursework in Electrical Engineering
• Received internship completion recognition from CodeAlpha for the IoT track

House Captain

Student Representative Council

2023

Key Achievements

• Led the house team in inter-house competitions and events
• Organized and coordinated multiple school activities successfully
• Represented the house in school council meetings
• Motivated and united students under a common goal

Skills Used

• Leadership and team management
• Public speaking and communication
• Event planning and coordination
• Problem solving and decision making

Secretary

IEEE Student Branch — KFUEIT

2026 — Present

Key Achievements

• Successfully managed branch documentation and official correspondence
• Coordinated IEEE events including IEEE-NEXUS-2026 and Spark My Future
• Maintained and updated branch records and meeting minutes
• Helped grow student membership and engagement in IEEE activities

Duties & Responsibilities

• Managing official branch correspondence and documentation
• Recording and distributing meeting minutes to all members
• Coordinating logistics for branch events and workshops
• Supporting the branch chair in day-to-day administrative tasks

I provide professional PCB design services using industry-standard tools. From schematic to final layout, I ensure clean, efficient, and manufacturable PCB designs tailored to your project needs.

What's Included

• Schematic design and component selection
• PCB layout and routing
• Design Rule Check (DRC) verification
• Proteus simulation before manufacturing
• Gerber file generation for production

Tools Used

• Proteus Design Suite
• Multisim
• KiCad

I build modern, responsive websites and handle programming tasks using the latest AI-assisted development techniques. Whether you need a personal portfolio, a business site, or a custom coding solution, I deliver clean and functional results.

What's Included

• Responsive HTML, CSS and JavaScript websites
• Portfolio and personal websites
• C++ and Python programming tasks
• Arduino and embedded code writing
• AI-assisted development for faster delivery

Tools Used

• HTML / CSS / JavaScript
• C++ / Python
• AI Development Tools

I design and build custom electronics and embedded systems projects from scratch. Whether it's a university project, a prototype, or a real-world automation solution, I handle the full process from concept to working model.

What's Included

• Arduino and ESP32 based projects
• Sensor integration and IoT systems
• Circuit design and hardware prototyping
• Automation and control systems
• Complete project report and documentation

Tools Used

• Arduino / ESP32
• Proteus Simulation
• Embedded C / C++