Ulteig
Design Engineer - Dynamic Studies and Modeling
Ulteig, Greenwood Village, Colorado, United States
Overview
Ulteig is currently seeking talented and motivated Design Engineer level engineering candidates to support dynamic power system studies within the Renewables – Electrical department. This position focuses on PSSE, PSLF, and PSCAD dynamic models and studies for applications including interconnection applications for renewable plants, NERC compliance studies, and/or supporting custom models developed in house. What You'll Do
The Design Engineer develops and tests renewable energy models, performs dynamic system studies, supports interconnection applications, and collaborates with clients to meet evolving grid and compliance requirements. Develop PSSE, PSLF, TSAT and PSCAD models of renewable plants Perform model quality tests and model benchmarking for various software models Understand dynamic model block diagrams and tune parameters to meet regional model performance requirements Support interconnection applications; tasks include preliminary plant design, assembling simple preliminary drawings, and completing application forms with design information Conduct preliminary system studies, such as reactive power studies Work closely with developer clients to understand their needs, deadlines, changes in design, and address feedback from the system operator/transmission owner Stay apprised of updates with regional requirements for interconnection applications, processes, deadlines and queue schedules Respond quickly to customer design changes, questions and deadlines, and maintain a flexible attitude towards the work Stay current with regulatory changes, new grid codes, and evolving ISO/RTO requirements related to grid interconnections Conduct voltage and frequency ride-through studies, and support model validation for renewable projects to support NERC compliance Stay up to date on new industry guidance and standards for modeling and NERC compliance Help develop tools to automate and streamline model quality tests and analyses What We Expect From You
Bachelor’s degree in Electrical Engineering from an ABET-accredited program, or equivalent A minimum of 2 years of working experience, with at least 1 year directly related to power systems Experience with steady-state analysis and/or dynamic analysis using PSS®E and PSCAD Experience working with/for transmission system operators/transmission owners (ERCOT, PJM, MISO, CAISO, etc.) is preferred Experience with PSCAD, PSLF and TSAT modeling is preferred Experience with Python programming is preferred Ability to independently complete assigned tasks and manage workload effectively Strong communication and interpersonal skills Must be authorized to work permanently in the U.S. What You Can Expect From Ulteig
Ulteig is a purpose-driven organization with a culture focused on people, clients, and employees. We offer a flexible work environment, employee ownership, competitive pay, comprehensive benefits, a collaborative environment, and an innovative culture. We value flexibility and work-life balance, and support remote, hybrid, or in-office arrangements where possible. Flexible Workplace Employee Ownership Competitive Pay Comprehensive Benefits Package Collaborative Environment
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Ulteig is currently seeking talented and motivated Design Engineer level engineering candidates to support dynamic power system studies within the Renewables – Electrical department. This position focuses on PSSE, PSLF, and PSCAD dynamic models and studies for applications including interconnection applications for renewable plants, NERC compliance studies, and/or supporting custom models developed in house. What You'll Do
The Design Engineer develops and tests renewable energy models, performs dynamic system studies, supports interconnection applications, and collaborates with clients to meet evolving grid and compliance requirements. Develop PSSE, PSLF, TSAT and PSCAD models of renewable plants Perform model quality tests and model benchmarking for various software models Understand dynamic model block diagrams and tune parameters to meet regional model performance requirements Support interconnection applications; tasks include preliminary plant design, assembling simple preliminary drawings, and completing application forms with design information Conduct preliminary system studies, such as reactive power studies Work closely with developer clients to understand their needs, deadlines, changes in design, and address feedback from the system operator/transmission owner Stay apprised of updates with regional requirements for interconnection applications, processes, deadlines and queue schedules Respond quickly to customer design changes, questions and deadlines, and maintain a flexible attitude towards the work Stay current with regulatory changes, new grid codes, and evolving ISO/RTO requirements related to grid interconnections Conduct voltage and frequency ride-through studies, and support model validation for renewable projects to support NERC compliance Stay up to date on new industry guidance and standards for modeling and NERC compliance Help develop tools to automate and streamline model quality tests and analyses What We Expect From You
Bachelor’s degree in Electrical Engineering from an ABET-accredited program, or equivalent A minimum of 2 years of working experience, with at least 1 year directly related to power systems Experience with steady-state analysis and/or dynamic analysis using PSS®E and PSCAD Experience working with/for transmission system operators/transmission owners (ERCOT, PJM, MISO, CAISO, etc.) is preferred Experience with PSCAD, PSLF and TSAT modeling is preferred Experience with Python programming is preferred Ability to independently complete assigned tasks and manage workload effectively Strong communication and interpersonal skills Must be authorized to work permanently in the U.S. What You Can Expect From Ulteig
Ulteig is a purpose-driven organization with a culture focused on people, clients, and employees. We offer a flexible work environment, employee ownership, competitive pay, comprehensive benefits, a collaborative environment, and an innovative culture. We value flexibility and work-life balance, and support remote, hybrid, or in-office arrangements where possible. Flexible Workplace Employee Ownership Competitive Pay Comprehensive Benefits Package Collaborative Environment
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