Conduct facility reviews and site assessments to locate opportunities for improvements in performance, quality and adherence to defined standards.
Assess aspects of the quality of design, construction, and operation for energy technologies according to a defined standard.
Perform quality control, recommend solutions, define and interpret the importance of the implementation of corrective measures.
Troubleshoot specific complex problems at IBR facilities to improve performance, productivity and customer satisfaction.
Perform engineering analysis and present concise results to customers.
Provide hands-on assistance in deploying new technologies in the field.
Help establish analysis tools and techniques.
Prepare reports and documentation delineating process, analysis, test results, and corrective actions.
Create and conduct workshops and presentations.
Design and develop products and services that take advantage of new knowledge generated by applied research and engineering studies.
Work to establish a demand for further applied research and engineering studies.

Bachelor’s degree in engineering or relevant technical field
5+ years (Senior Engineer) to 8+ years (Lead Engineer) of engineering experience in inverter based resources, generator interconnection, transmission or distribution systems, or related technical work experience
PE and/or other certifications relevant to job duties preferred for Senior Engineer
PE and other certifications relevant to job duties such as CEM or NABCEP strongly preferred for Lead Engineer
Problem solving and data interpretation skills
Strong written and oral communication skills
Ability to work in teams as well as independently
Organization, time management and attention to detail
Ability to plan and deliver projects
Ability to develop and adhere to project budget
Commitment to excellent customer service
Technical writing and research skills
Intermediate (Senior) to advanced (Lead) skill level of Microsoft Office Products.

Senior Lead Engineer, Power Systems

Key skills