A highly passionate individual in Internet of Things (IoT), 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
- Collaborated with cross-functional teams on industrial automation projects:
- Royal Casks Distilleries (Pvt) Ltd.
- International Distillers Limited
- Dilmah Ceylon Tea Company PLC
- Cargills (Ceylon) PLC
- WKV Hydro Technics (Pvt) Ltd.
- 4Ever Skin Naturals
GitHub Activity
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Skills
hardware
software
Projects
Greenhouse Remote Monitoring System
Traditional greenhouse management relies on manual monitoring and control, which is labor-intensive, inconsistent, and often leads to delayed responses to environmental changes, resulting in crop loss and reduced yields. Growers struggle to maintain optimal conditions around the clock, especially for temperature, humidity, and soil moisture levels that can fluctuate rapidly. This low-power Greenhouse Monitoring & Control System eliminates these challenges by automating environmental tracking and equipment control. The system continuously monitors conditions and automatically adjusts climate controls while also allowing manual intervention when needed. Configurable auxiliary relay controls enable customization for additional equipment. This solution reduces manual labor, prevents crop loss through timely responses to environmental changes, maintains optimal growing conditions consistently, and helps growers maximize productivity and profitability.
Medicine Dispenser (Final Year Project)
Medication non-adherence is a global healthcare crisis, with nearly 50% of patients failing to take medications as prescribed, leading to preventable hospitalizations and deaths. Seniors and people with disabilities struggle particularly with complex medication schedules due to memory issues, cognitive decline, and physical limitations. This Automatic Medicine Dispenser eliminates the problem by automating the entire medication management process. Caregivers configure schedules remotely through a mobile app, and the device automatically dispenses the correct medication at the right time while maintaining proper storage conditions. This ensures medication adherence, provides peace of mind for families, reduces healthcare costs, improves health outcomes, and enables users to maintain their independence and dignity
Smart RFID Student Attendance System
Traditional attendance tracking methods like manual roll calls, paper registers, and sign-in sheets are time-consuming, prone to errors, and vulnerable to proxy attendance fraud, wasting valuable teaching time and compromising data accuracy. Educational institutions struggle with inefficient administrative processes and lack real-time insights into student engagement. This RFID-based Student Attendance System eliminates these challenges by automating attendance tracking entirely. Students simply tap their RFID cards upon entry, and the system instantly records their presence with complete accuracy, preventing proxy attendance. The web-based interface enables administrators and faculty to monitor attendance in real-time, generate instant reports, and identify at-risk students early. This solution saves hundreds of administrative hours, improves academic accountability, and allows educators to focus on teaching rather than paperwork
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.
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 router. It uses serial communication to seamlessly interact with the router's processor. This setup, developed solely for personal requirements, 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
Contact
Let’s Connect!
I’m always open to new opportunities and collaborations. Feel free to reach out!