Project management of discrete and analog control systems for various pulp and paper mills and power plants to ensure fuel combustion safety through the use of burner management systems.Use electrical engineering principles to design PLC-based control systems with multiple inputs, outputs, and auxiliary systems. These control systems are designed to meet various industry codes and standards, such as NFPA 85, Factory Mutual, BLRBAC, CSA.Develop IO lists, layout drawings, wiring drawings, and logic drawings.Program PLCs in either ladder logic or function block diagrams.Fully test control systems with in-house, hardwired simulator.Commission each system after installation, completing a full checkout of the field devices and logic.

Drafted documents for various gate deliverables for the current stage of the stage-gate design process, most notably a scope of work document for the Services component of the project.Expanded on project management plan templates to make them Shutdown and Layup Project specific.Met weekly with project management, engineering, maintenance and operations, chemistry, and nuclear safety teams to identify issues involved with Shutdown and Layup modifications.Developed a database of action tracking events that consisted of work orders for refurbishment projects.

Utilized an HMI simulator of the nuclear power plant systems and components to develop training modules for employees to learn about the overall control of the plant.

Supervised a group of unionized tradesmen, which included electricians, industrial mechanic-millwrights and tool-and-die makers, to coordinate line repairs and preventative maintenance on equipment in and around the plant.Communicated and consistently worked with engineers, material, production, and maintenance employees, to ensure all equipment was maintained for the plant to continue running.Attended to all equipment breakdowns to ensure the appropriate manpower was present for the repairs and monitored the repairs so the plant could get up and running as quickly as possible.