Waterloo, Ontario, Canada
With a PhD in Electrical Engineering and extensive experience in the power system industry, I offer a unique combination of knowledge, expertise, technical background, and interpersonal skills. I have developed a robust expertise related to analytical models for power system planning and operation. I have a strong working knowledge of MATLAB, Siemens PTI PSS/E, PowerTech DSA, VSAT, TSAT tools, ABB developed SCADA tools for Realtime power system operations. I have excellent organizational and coordinating skills, including troubleshooting, conducting quality assurance, and reporting. My communication skills are excellent, and I enjoy working with a team. I enjoy the company and support of my peers while being able to manage my priorities. Problem-solving and troubleshooting are tasks that I face daily, and I am confident in resolving.
Analyze the performance of the Ontario power system and its interaction with the interconnections. This analysis is performed for the purpose of forecasting the future needs of the IESO-controlled grid, for determining transmission transfer capability and for establishing grid operating limits and instructions to manage the reliable operation of the IESO-controlled grid and the efficient operation of the IESO-administered market.
Analyze the performance of the Ontario power system and its interaction with the interconnections. This analysis is performed for the purpose of forecasting the future needs of the IESO-controlled grid, for determining transmission transfer capability and for establishing grid operating limits and instructions to manage the reliable operation of the IESO-controlled grid and the efficient operation of the IESO-administered market.
Teaching, course preparation and course planning for: Distribution Systems Engineering, Electro-mechanical Devices and Power Processing.
Research, Reports and Proposal preparation for the following projects: •Smart Distribution system operation with high penetration of DGs •Active Distribution Systems: Modeling, Planning, and control Design •Future Urban Electric System •Dynamic Interactions in Active Distribution Systems: Modeling, Analysis, and Suppression via Control
•Energy management schemes, methodologies, and algorithm design. •Concept development, requirements definition, use case design, product specifications, architectural development, rapid prototyping, testing validation and evaluation, production, maintenance. •Systems integration and interoperability with other control systems. •Technical writing and publications. •Customer interface, training, and support.