Hasith Dasanayake Mudiyanselage

• Developed a BPMN for an automated assembly production line • MTM code prediction for logistics applications by developing a BERT Natural Language Processing (NLP) model using Python and Deep Learning

• Node-RED based data acquisition and GUI system

• CoRob-X_OG14 Project – Enhanced the MARS library for robotic simulation and its integration with the Robotic Construction Toolkit (Rock) framework. Analyzed the capability of generating the robot's onboard simulations based on environment representations • Documented the software architecture using UML representation • Software verification and testing

• Used simulation software Abaqus for advanced analysis of Chebyshev stress models

• An automated screen washer - Saved 13,000+ $/Anum. • IoT project - Increased overall equipment efficiency to 77+ % • Training module based on the gamification concept - Increased work efficiency to 87+ % • Automated Guided Vehicle (AGV) project - Reduced 6+ overheads in material handling • Jigging process automation - Reduced 9+ overheads • Project Leader of Non-sewing Automation Team and Managed Department's Health and Safety

Currently writing the thesis: Evaluating IRT-Measurement Data of Laminar-Turbulent Transition on Wind Turbine Blades Using Computer Vision Algorithms and Machine Learning Algorithms (with Bremen Institute for Metrology, Automation and Quality Science)

Achieved FGPA 3.55 – Second Class Upper, Bachelor's Project and Thesis => Automated High Frequency Welding Machine (with D. Samson Industries (PVT) Ltd)