Akila Indunil
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A highly passionate individual in Internet of Things (IoT), automation, hardware engineering, PCB design, and embedded systems. I enjoy working on robotics, sensor integration, and smart systems, focusing on creating innovative and efficient solutions that blend advanced technology with practical applications, making devices that have a real-world impact.

With a strong foundation in both hardware and software development, I bring a unique perspective to projects requiring integrated solutions. I am particularly interested in IoT applications and automation systems. I am a recent graduate of Rajarata University of Sri Lanka, holding a Bachelor of Engineering Technology (Hons) in Electrical and Electronic Technology.

Experience

Server Administrator

2023 - Present

Implaza Web Solutions

  • Managing a web-hosting service on a Linux server (Oracle Cloud)
  • Leveraged Linux skills to set up CI/CD pipelines with GitHub Actions, speeding up deployments and ensuring an optimized, secure, and reliable server environment with help of Ai tools.
  • Collaborated with cross-functional teams on Web Development

Assistant Engineer - Internship

2022 October - 2023 April

ROTEC Automation (Pvt) Ltd

  • Assisted in circuit design and testing
  • Developed firmware for microcontroller-based systems
  • Programming Microcontrollers, PLCs, HMI, and VFDs
  • Collaborated with cross-functional teams on industrial automation projects:
    • Royal Casks Distilleries (Pvt) Ltd.
    • International Distillers Limited
    • Cargills (Ceylon) PLC
    • WKV Hydro Technics (Pvt) Ltd.
    • 4Ever Skin Naturals

GitHub Activity

Akila Indunil's GitHub StatsAkila Indunil's Most Used Languages

Skills

hardware

Microcontrollers
Sensors
Actuators
Circuit Design
PCB Etching/Milling
Prototyping
Embedded Systems
I2C
Electronics

software

C/C++
Python
Firmware Development
MQTT
Debugging
Arduino
PCB Design Softwares
Linux
Git
DevOps
Shell Scripting
App Development

Projects

Greenhouse Remote Monitoring System

Greenhouse Remote Monitoring System

Developed a Greenhouse Monitoring and Control System utilizing ESP32 technology. This system allows for the real-time monitoring of environmental parameters such as lux level, air humidity, soil moisture, water level, and temperature within the greenhouse. Additionally, it enables remote control of greenhouse equipment via an Android app, with communication facilitated through Firebase integration.

IoT
ESP32
C++
I2C
Firebase
Flutter
Android
Embedded
Microcontrollers
Prototype
Medicine Dispenser (Final Year Project)

Medicine Dispenser (Final Year Project)

The Automatic Medicine Dispenser project addresses medication non-adherence by creating a secure, advanced system for patients with chronic conditions. It stores and dispenses medications on schedule, enhancing adherence and health outcomes. With features like adherence tracking, report generation, and safety mechanisms, it simplifies medication management for all stakeholders.

PCB Design
EasyEDA
Python
ReactJS
IoT
Linux
Mechanical
Electronics
MQTT
I2C
Sensors
Smart RFID Student Attendance System

Smart RFID Student Attendance System

The RFID system is a student attendance system that uses RFID technology to track student attendance and attendance records. It is a secure and efficient solution for institutes and universities. The RFID system is easy to use and can be set up quickly and easily, making it a popular choice for institutes and universities. Has a web-based interface for easy management and monitoring of attendance records.

PCB Design
RFID
Low Power Design
Firmware Development
Rechargeable Device
MQTT
WiFi
Mobile Devices
Quadcopter with Advanced Features

Quadcopter with Advanced Features

The Quadcopter project is an advanced solution for autonomous flight. It has advanced flight control, navigation,automatic altitude control, and communication capabilities. It has the potential to be used in various applications such as aerial surveying, remote sensing, and exploration.

ArduPilot
Quadcopter
Misson Planner
GPS
Soldering
Serial Communication
Assembling
Wireless Communication
Modified Router with External Microcontroller

Modified Router with External Microcontroller

The system features an integrated ESP-01s module designed to handle IoT applications, making it a simple yet powerful add-on for routers. It uses serial communication to seamlessly interact with the router's processor. This setup allows users to control appliances conveniently, either through an IR remote control or by using Google Assistant for voice commands, enhancing the router’s functionality with minimal complexity.

IoT
Router
Microcontroller
MQTT
ESP-01s
IR
Voice Assistant
Serial Communication
Factory monitoring System

Factory monitoring System

Developed a comprehensive solution for utilizing Advantage Digital I/O Module to detect metal parts within glove containers(Project recieved to ROTEC Automation pvt Ltd). Integrated with PLC for real-time monitoring and leveraged a self-hosted MQTT broker on a Linux server for efficient communication. Additionally, created a user-friendly web dashboard enabling stakeholders to track live status updates and access historical data on errors and outages.

PLC
IoT
Python
Linux
PHP
MySQL
MQTT
Web Dashboard
Embedded
Industrial Automation

Contact

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I’m always open to new opportunities and collaborations. Feel free to reach out!

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