Rory Bagacki

• Design and construction of a novel optical visualization setup to research two-phase flow on the anode of a PEM electrolyzer • Development of automated image rendering processes to identify and analyze oxygen bubble characteristics

• Performed teaching duties including supervising students in a laboratory setting, teaching tutorials and evaluating lab reports • Implementing and troubleshooting a new airflow laboratory experiment for MECH 399 class

• Optimization of equipment tagging processes used in Pickering and Darlington Nuclear Power Plants • Prepared detailed AutoCAD drawings and 3D SolidWorks models

Master's Thesis: Optical Visualization of Two-Phase Flow in PEM Electrolyzers Graduate Courses include: Single Phase Convective Heat Transfer, Experimental Fluid Dynamics, Fluid System Analysis, Engineering Analysis

Bachelor Project: Design of a Powertrain for a Highly Efficient Electric Vehicle Engineering design projects include: designing a mini solar building, proposal for a fuel cell powered ice pad refrigeration unit, heat transfer simulation in ChtMultiRegionFoam (OpenFoam)