Chandeepa Vidusara Kumarasiri Verified Automation Engineer
Automation Engineer & Embedded Systems Specialist
I am an Automation Engineer currently serving as Executive – Process Development at Eco Solve (Pvt) Ltd. My expertise spans industrial automation, PLC-driven machinery (Mitsubishi, Siemens), CNC systems, microcontroller-based motion control, Python tooling, and IoT architectures. Holding a Bachelor of Engineering Technology (Honours) in Instrumentation and Automation from the Faculty of Technology, University of Colombo, I specialize in bridging high-precision mechanical systems, embedded electronics, and software for next-generation industrial efficiency.
Impact & Industry Track Record
Top Industrial & IoT Projects
A curated selection of industrial automation, PLC machinery, and embedded IoT systems.
Final-Year Research Project
UAV-Based Remote Sensing for Early Crop Disease Detection
An autonomous UAV quadcopter integrated with low-cost multi-spectral and RGB sensors for automated early-stage paddy leaf disease identification. Powered by deep learning CNN models and deployed with a real-time web dashboard. Awarded 1st Runner-Up at the University of Colombo Research Symposium 2024.
Industrial Machinery
Automated Industrial Aluminium Bar Cutter
A heavy-duty automated cutting workstation capable of processing 3600 mm aluminium extrusions into precision lengths between 30 mm and 600 mm. Powered by a Mitsubishi PLC with closed-loop stepper feed drives, pneumatic clamping, and safety light curtains.
Process Automation
Precision Microcontroller Heat-Sleeves Cutting Machine
A high-speed automated cutter engineered for electrical insulation heat-shrink sleeves. Built with NEMA 23 stepper motors, TB6600 microstepping drivers, optical feed sensors, an integrated rotary encoder, and an interactive numeric operator display.
Published Research & Innovation
Peer-reviewed research in UAV remote sensing, agricultural computer vision, and precision kinematics.
UAV-Based Remote Sensing for Early-Stage Crop Leaf Disease Detection using Low-Cost Multi-Spectral Imaging and Machine Learning
"Precision Engineering is the Bridge Between Human Ingenuity and Autonomous Systems."
My commitment lies in designing industrial automation machinery, reliable embedded circuits, and IoT intelligence that maximize operational efficiency while maintaining structural precision and safety. Whether developing high-speed PLC automated workstations or AI-driven spectral imaging, I engineer practical solutions built for real-world manufacturing impact.
