Mechatronics | Industrial Automation | HVAC Systems
A results-driven Engineer with 3+ years of experience in high-stakes pharmaceutical manufacturing. I specialize in bridging the gap between mechanical hardware and intelligent control systems, ensuring EU-GMP compliance and zero-downtime operations.
My journey in engineering began with a fascination for automotive dynamics, leading to a BEng (Hons) in Automotive Engineering from the University of Sunderland. This foundation in mechanical systems, thermodynamics, and control theory provided the perfect launchpad for my transition into the complex world of industrial automation.
Today, as a Production Engineer at Kelun Lifesciences, I apply those rigorous engineering principles to the pharmaceutical sector. I don't just oversee machinery; I manage the entire lifecycle of sterile production—from the validation of autoclaves to the precise calibration of BMS sensors.
My philosophy is simple: "Precision safeguards lives." In a GMP environment, a mechanical failure isn't just downtime; it's a safety risk. That’s why I focus on predictive maintenance, data-driven decision making, and strict adherence to ISO & WHO standards.
Global guidelines governing sterile production, validation, and documentation protocols.
Quality Management System ensuring consistent production standards and process reliability.
Occupational Health & Safety standards for hazard prevention and safe operations.
Environmental management for emissions control and waste management.
Cleanroom classification standards (Class 7 & 8) for facility maintenance.
Competency standards for testing and calibration laboratory performance.
University of Sunderland, UK
Cardiff Metropolitan University
Designed and fabricated a prototype electric vehicle focusing on energy efficiency and motor control stability. The project involved integrating an Arduino-based microcontroller to manage the powertrain, optimizing battery discharge rates and torque delivery. This demonstrated practical application of mechatronics in sustainable mobility.
Spearheaded the official start of the BMS project with actuator installations at the AHU and completed the wiring for 20s valves. Additionally, designed and implemented a wood chip counter for the Bio-Mass boiler utilizing a custom Arduino-based circuit.
Designed and implemented a critical visual alarm system to monitor Air Handling Unit (AHU) status. Features green/yellow indicators to signal normal operations or BMS faults, vastly improving monitoring efficiency and pre-empting equipment failures in highly sensitive sterile zones.
Led the installation of a sterilization chamber for non-PVC IV bottles. Coordinated with Shinva Group for comprehensive electromechanical integration. Oversaw the sterile layout design, integrating utility systems (AHU, PS, PW, IS) and conveyor logistics, resulting in faster commissioning and higher validation success.
Installed an advanced in-line label detection system for packaging lines A and C. The automated system actively triggers alarms if a label is misaligned, damaged, or missing, significantly enhancing packaging quality control while drastically reducing labeling errors.
A visual log of engineering interventions, machinery setups, and compliance operations within the sterile production facility.
Senior Lecturer, Head of Dept (Eng & Const)
ICBT Campus
+94 760 398 391
kalum@icbtcampus.edu.lk
Consultant / Lecturer
Kandy Innovation Center, NIBM
+94 710 3...
I am currently open for opportunities in Engineering, Automation, and Production Management. Let's engineer the future together.
LOCATION: MATALE, SRI LANKA
© KANISHKA BANDARA. ALL RIGHTS RESERVED.
STATUS: AVAILABLE