Senior Solar Protection & Studies Engineer (Remote Eligible)

As a Senior Solar Protection & Studies Engineer, your primary responsibilities include designing protection schemes using microprocessor-based relays, conducting advanced transmission power system studies, and developing relay settings for critical assets. You'll also lead projects, mentor junior engineers, and maintain strong client relationships to meet compliance requirements.

To qualify for the Senior Solar Protection & Studies Engineer position, candidates typically need a degree in electrical engineering along with expertise in engineering studies tools such as PSS/E, PSLF, ETAP, and knowledge of power equipment including transformers and protective relays. Familiarity with NEC and IEEE/ANSI standards is also crucial.

The company promotes a healthy work-life balance by offering a 9/80 schedule, which gives engineers an alternate Friday off every other week, along with generous paid time off and holidays. This flexibility allows you to recharge while making a significant impact in your role.

In this role, you will be involved in exciting projects related to renewable energy, particularly connecting utility-scale solar farms and battery energy storage systems to the grid. Your contributions will directly impact energy infrastructure and help drive the transition to sustainable energy solutions.

The position offers a comprehensive benefits package including medical, dental, and life insurance, a 401(K) plan with matching contributions, generous PTO, annual performance bonuses, and wellness perks like tuition and fitness reimbursements, ensuring that you are well-supported both professionally and personally.

Your answer should highlight specific studies you've conducted, tools you used (like PSS/E or ETAP), and how your work directly supported renewable energy initiatives, underscoring your expertise in this area.

Discuss your approach to developing relay settings, referencing past experiences where you ensured coordination among devices like transformers and capacitor banks to protect critical assets.

Share examples of how you've guided junior team members through complex studies, encouraging collaboration and growth while fostering an environment of continuous learning.

Select a project that showcases your problem-solving skills, leadership, and technical expertise. Emphasize the challenges faced and how your contributions led to a successful result.

Talk about your commitment to professional development through courses, webinars, industry conferences, and your proactive approach in adopting new technologies and tools.

Discuss specific projects where your role focused on connecting renewable resources like solar and wind to the grid, detailing your contributions to those efforts.

Share a detailed account of a collaborative project with a client, resolving their concerns while ensuring compliance with necessary regulations and requirements.

Explain your methodology for conducting load flow studies, detailing the software tools you utilize and how you analyze and interpret results for making informed decisions.

Identify trends you've observed in power system analysis, such as data accuracy or real-time conditions, and explain how you address these issues effectively.

Bring attention to the alignment of your values with the company's mission, your excitement about contributing to renewable energy efforts, and how your skills uniquely position you to excel in this role.