ELECTRICAL & ELECTRONIC ENGINEERING · EMBEDDED SYSTEMS

Engineering Ideas Into Intelligent Systems.

I'm Hridoy Bepari, an Embedded Systems & IoT Engineer passionate about building intelligent hardware, connected devices, robotics, and practical automation solutions.

From microcontroller firmware to real-world hardware prototypes, I turn engineering concepts into working systems.

Embedded Systems · IoT · Robotics · Automation

About

A Little About Me

I'm an Electrical & Electronic Engineering graduate with a strong practical focus on embedded systems, IoT development, robotics, and electronics. I enjoy turning ideas into working prototypes by combining hardware design, firmware development, sensors, communication protocols, and connected systems.

My technical experience includes developing and supporting hundreds of engineering projects, working with microcontrollers such as ESP32 and Arduino, integrating sensors and actuators, and building automation systems that solve practical problems.

Through Robotics Pathsala, I also contribute to hands-on technical learning and engineering project development.

My goal is to continue growing as an embedded systems professional and contribute to reliable, efficient, and innovative engineering solutions.

500+

Projects supported and developed

EEE Graduate

East West University

Multiple Domains

Embedded Systems, IoT, Robotics, and Automation

Skills

Technologies I Work With

The tools, platforms, and technical concepts I use to build connected hardware and intelligent systems.

Embedded Systems & Firmware

  • C Programming
  • Embedded C
  • Arduino Programming
  • ESP32 / ESP8266
  • GPIO, ADC, and PWM
  • UART, I2C, and SPI
  • RS-485 / Modbus fundamentals
  • Microcontroller Interfacing
  • Interrupts and Timers

IoT & Communication

  • MQTT
  • Wi-Fi Communication
  • HTTP APIs
  • Cloud Data Integration
  • Web-Based Device Monitoring
  • Google Sheets Integration

Robotics & Automation

  • DC Motors and Motor Drivers
  • Servo Motor Control
  • Ultrasonic and IR Sensors
  • Line-Following Robots
  • Obstacle-Avoiding Robots
  • Sensor-Based Automation
  • Automated Control Systems

Electronics & Hardware

  • Circuit Assembly and Testing
  • Sensor Interfacing
  • Voltage Measurement
  • Power Supply Integration
  • Breadboard and Veroboard Prototyping
  • Hardware Debugging and Troubleshooting

Development Tools

  • Arduino IDE
  • Visual Studio Code
  • Git and GitHub
  • Serial Monitor and Debugging
  • MQTT Broker and Client Tools

Projects

Selected Engineering Projects

Real-world prototypes combining electronics, embedded firmware, connectivity, and automation.

Placeholder for a photo of the dual-axis solar tracker Placeholder
  • Embedded Systems
  • Solar Energy
  • Automation

Dual-Axis Solar Tracking and Monitoring System

An embedded solar tracking system designed to adjust the panel's orientation according to light intensity. The system uses an ESP32, four LDR sensors, servo motors, and voltage measurement circuitry to track light and monitor panel output.

  • ESP32
  • LDR Sensors
  • MG996R
  • MG90S
  • Servo Control
  • +1
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  • IoT
  • Embedded Systems
  • Automation

IoT-Based Automatic Toll Management System

An RFID-based toll management prototype that identifies RFID cards, controls a servo-operated gate, displays system information on an LCD, and records transaction information.

  • ESP32
  • RDM6300
  • RFID
  • Servo Motor
  • LCD
  • +1
Placeholder for a photo of the visitor management and fire/gas detection system Placeholder
  • Embedded Systems
  • Automation

Smart Visitor Management and Fire/Gas Detection System

An integrated embedded system combining RFID-based access control with fire and gas detection, automated door control, and local alerts.

  • ESP32
  • RDM6300
  • Flame Sensor
  • MQ-6
  • Servo Motors
  • +2
Placeholder for a photo of the smart egg incubator Placeholder
  • IoT
  • Embedded Systems
  • Automation

Smart Egg Incubator

An automated incubation prototype designed to monitor temperature and humidity and integrate heating, cooling, humidification, and servo-based egg-turning mechanisms.

  • ESP32
  • DHT22
  • Servo Motor
  • Temperature Control
  • Humidity Monitoring
  • +1
Placeholder for a photo of the smart traffic control prototype Placeholder
  • Embedded Systems
  • Automation

Autonomous Smart Traffic Control System

A sensor-based traffic control prototype designed to monitor traffic conditions across multiple lanes and control traffic signals using microcontrollers.

  • Microcontrollers
  • IR Sensors
  • LED Signals
  • Embedded Programming
Placeholder for a photo of the MQTT-based IoT monitoring setup Placeholder
  • IoT
  • Embedded Systems

MQTT-Based IoT Monitoring System

A connected monitoring prototype that publishes sensor or analog measurement data through MQTT for remote monitoring and integration with other applications.

  • ESP32
  • MQTT
  • Wi-Fi
  • PubSubClient
  • Sensors

Experience

My Engineering Journey

  1. IoT Development

    Hands-on development involving ESP32-based hardware, embedded programming, sensor integration, wireless connectivity, and cloud communication.

  2. Industrial Automation Project

    Experience with a petrol pump automation project involving interfacing with motherboard data and transmitting information to the cloud through ESP32, MQTT, and RS-485.

  3. Robotics and Electronics Projects

    Development and technical support across Arduino, ESP32, robotics, electronics, and automation prototypes.

  4. Technical Project Development

    Supporting university students and technical learners with project development, circuit implementation, component integration, firmware, and troubleshooting.

  5. Robotics Pathsala

    A technical education and engineering project initiative focused on robotics, electronics, IoT, and practical learning.

Technical Initiative

Robotics Pathsala

রোবটিক্স পাঠশালা

Robotics Pathsala is a practical engineering learning and project development initiative focused on robotics, electronics, Arduino, ESP32, IoT, and hands-on technical education.

Visit YouTube Channel
  • Arduino and ESP32 projects
  • Robotics and automation prototypes
  • Electronics and IoT project development
  • Project documentation, circuit diagrams, and code
  • Technical tutorials and practical learning resources

Education

Education

Bachelor of Science in Electrical & Electronic Engineering (EEE)

University of Scolars, Bangladesh

My EEE education provides the foundation for my work in electronics, microcontrollers, embedded systems, and practical engineering projects, from circuit analysis and sensor interfacing to firmware and connected hardware prototypes.

My Resume

Explore my engineering background, technical capabilities, and project experience.

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Contact Me

Contact

Have an Engineering Project in Mind?

I'm interested in embedded systems, IoT development, robotics, automation, and practical engineering challenges. Let's connect and explore what we can build.