Manage Capital Improvement Projects within RG&E and NYSEG’s hydro-power generation portfolio. Integrated with the client to manage a project team and carry projects through Initiation, Planning, Execution, Monitoring and Controlling, and Closure phases. Work with the project team to create, manage and track project requirements, budgets, schedules, contracts, and outcomes. Manage contracts with third-party consultants, engineers, and construction contractors to achieve the client’s goals and expectations.

Design Control Systems and Panels for commercial and industrial HVAC Systems. Work alongside a team to create a custom system that meets the customer's needs and expectations with a focus on efficient energy usage. Generation of engineering documentation to assist with installation of complex control systems for both new construction and retrofit of existing equipment. Layout site-wide control networks. Assist with generation of web-based graphics and control programming. Utilize Automated Logic Controllers to provide a wide range of system integration including Air, Hydronic, Lighting Systems and other utilities.

Designed Control Systems and Panels for municipal water systems including filtration, distribution, and waste water applications. Generated customized system designs to meet specific customer requirements, company, and industry standards. Utilized the Allen-Bradley line of PLC's along with a wide range of Graphical User Interfaces and instrumentation to compose large-scale control systems. Provided customer service support of systems and assisted with installation and start-up. Oversaw control panel construction and conducted quality control testing and calibration.

Long-term cooperative work experience while studying at RIT. I worked within the Balance of Plant group of the engineering department. Responsibilities included assisting Project Engineers with regular plant maintenance projects. Actively participated in the successful 2011 RFO and oversaw a variety of preventive maintenance projects. Established a base procedure for determining shielding requirements on Primary systems to minimize radiation exposure during work events.