As a Practical Coordinator for the Electrical Power and Energy Systems MSc program, I play a key role in supporting postgraduate students in Power Conversion for Energy Systems, Renewable Energy Generation, and Smart Grid modules. My responsibilities involve practical instruction, laboratory management, and research collaboration, ensuring students gain hands-on experience in cutting-edge energy technologies.Key Responsibilities:Laboratory Coordination & Supervision:Managed laboratory operations, ensuring all equipment is maintained, calibrated, and compliant with safety regulations.Provided technical support and troubleshooting for lab setups, ensuring smooth operation of MATLAB, PVSyst, and IPSA simulations.Guided students through experimental procedures, data analysis, and practical applications of theoretical concepts.Instruction & Student Mentorship:Delivered practical instructions to MSc students, helping them apply theoretical knowledge to real-world energy systems.Assisted students in developing simulation models, analyzing results, and interpreting performance metrics for renewable energy and smart grid applications.Conducted workshops and demonstrations to enhance understanding of power system tools and software applications.Research Collaboration & Offshore Wind Integration:Collaborated with faculty on research related to Offshore Wind Interconnection, contributing to grid integration strategies and renewable energy optimization.Assisted in designing experimental setups and analyzing the feasibility of offshore wind projects for sustainable power generation.Impact & Contributions:Enhanced student engagement and technical competency in power conversion, renewable energy, and smart grid technologies.Ensured laboratory efficiency and compliance, creating an optimal learning environment.Supported innovative research in offshore wind integration, contributing to the future of sustainable energy solutions.

As an Electrical Automation Engineer, I was responsible for designing, implementing, and optimizing industrial automation systems using OMRON PLC, SCADA, and VFD solutions. My role spanned system integration, troubleshooting, sales engineering, and business management, providing hands-on experience in both technical and commercial aspects of automation.Key Responsibilities & Achievements:Industrial Automation & Control Systems – Programmed OMRON PLCs (CJ2, CP1H, NX series), developed SCADA systems (CX-Supervisor) for real-time monitoring, and integrated VFDs for energy-efficient motor control. Designed HMI interfaces and conducted system testing, commissioning, and troubleshooting.Project Execution & System Integration – Designed automated conveyor belt systems, HVAC control panels, and pump automation for industrial applications.Sales Engineering & Customer Solutions – Provided technical consultations, system demonstrations, and training for clients, ensuring tailored automation solutions.Business & Operations Management – Managed OMRON product sales, inventory control, pricing strategies, and customer management, supporting business growth.Key Projects:Automated Conveyor Belt System – Increased material handling efficiency with PLC and SCADA automation.Industrial HVAC Automation – Optimized motor control using OMRON VFDs, reducing energy consumption.Pump Control Panel with SCADA Integration – Enhanced system reliability and reduced manual intervention.Skills & Expertise:PLC Programming (OMRON Sysmac Studio, CX-One) – Ladder Logic, FBD, STSCADA & HMI Development – Real-time monitoring, alarms, reportingVFD & Motion Control – OMRON VFDs for motor efficiencyIndustrial Networking – Modbus, Ethernet/IP, OPC-UAElectrical Panel Design & Troubleshooting – LV/MV systemsProject Management & Business Operations

As an Electrical Project Engineer at DIMO PLC Ltd, I have been actively involved in the installation and commissioning of flood and runway lighting systems at Bandaranaike International Airport. My focus has been on ensuring the successful execution of high-standard electrical installations while adhering to strict safety and industry regulations.Key responsibilities include:Design and Installation: Lead the design and execution of Low Voltage (LV) and Medium Voltage (MV) electrical installations, including electrical protection systems for lighting infrastructure.Lighting Systems: Oversaw the installation of floodlighting and runway lighting, ensuring all systems comply with regulatory safety standards and industry best practices.Project Documentation: Prepared and managed essential project documentation such as Material Approval Reports (MARs), Work Method Statements (WMS), and Shop Drawing Finalization Reports, ensuring all paperwork met project requirements and deadlines.Stakeholder Coordination: Acted as the primary point of contact between project stakeholders, contractors, and engineers, ensuring smooth communication and alignment on project objectives, timelines, and quality control standards.Quality and Compliance: Ensured regulatory compliance with all safety protocols and industry standards, maintaining a high level of quality throughout the installation process.Project Management: Managed timelines, budgets, and resources to ensure the timely and efficient completion of the project, while troubleshooting and resolving technical issues during installations.This role has allowed me to expand my technical expertise and project management skills, ensuring the safe and effective implementation of critical electrical systems at one of Sri Lankas busiest international airports.

Achieved a training exposure in Substations, Transmission line designing and implementation, Power Distribution, Heavy maintenance, Power system control and etc.