Electrical Engineer - Renewable Energy

As an Electrical Engineer - Renewable Energy at Kimley-Horn, your responsibilities will include leading the design of electrical systems, such as renewable generation and energy storage projects. You'll be involved in preparing design documents, performing electrical calculations, and interacting with multi-disciplinary teams across Kimley-Horn’s offices. Additionally, you'll assist in mentoring junior engineers and contribute to the growth of our Renewable Energy practice.

To qualify for the Electrical Engineer - Renewable Energy position at Kimley-Horn, applicants must have at least 4 years of experience in an electrical engineering role and a bachelor's degree in Electrical Engineering. A Professional Engineering (P.E.) License or the ability to obtain one within a year is also essential, along with a strong understanding of relevant codes and standards in electrical engineering.

Electrical Engineers at Kimley-Horn enjoy a robust benefits package that includes an exceptional retirement plan with a generous company match, low-cost medical, dental, and vision insurance, flexible scheduling, personal leave, and extensive professional development opportunities. The company also offers family-friendly benefits to support new parents and childcare resources.

No, the Electrical Engineer - Renewable Energy position at Kimley-Horn is not remote. It is based at the Charlotte, North Carolina office, providing you with the opportunity to collaborate closely with your team and engage directly with projects and clients in your local area.

In your role as an Electrical Engineer - Renewable Energy at Kimley-Horn, you'll work on diverse projects, including energy storage solutions, electric vehicle charging infrastructure, lighting designs, and renewable energy generation systems. This variety ensures that you can leverage your skills in multiple areas while contributing to sustainable energy solutions.

When answering this question, focus on specific projects you've worked on, detailing your role, the challenges faced, and the outcomes. Highlight how you've applied electrical engineering principles in renewable energy applications, demonstrating your expertise in the field.

To effectively answer this question, discuss your familiarity with the National Electrical Code and how you integrate it into your design process. Be prepared to give examples of how you've implemented code requirements in past projects and the importance of safety and compliance in electrical engineering.

Mention specific software you're familiar with, such as AutoCAD and power system analysis tools like SKM or ETAP. Discuss how you leverage these tools to create accurate designs and improve operational efficiency in your projects.

Provide a detailed account of a complex project, including the specific challenges you faced, the steps you took to address them, and the successful outcome. This demonstrates your problem-solving skills and your capacity to handle technical challenges effectively.

Discuss the importance of effective communication and teamwork, providing examples of successful collaborations. Highlight your ability to listen to others' ideas, share your insights, and facilitate group problem-solving, showcasing your interpersonal skills.

Elaborate on your specific experiences related to EV charging projects, including the design considerations involved, any regulatory or client requirements you handled, and the broader implications for renewable energy initiatives.

Share your approach to mentoring, such as conducting training sessions, offering feedback, and providing support on their projects. Illustrate how you contribute to creating a learning environment that fosters growth and development.

Talk about your project management skills, discussing how you plan, monitor progress, and adjust strategies as needed to stay on track. Give examples of how you've successfully balanced quality with timelines and budget constraints.

Explain your process for developing accurate project specifications and cost estimates, including how you consider all components of the project and any collaboration with other disciplines. Provide examples of how this expertise has effectively contributed to project outcomes.

Discuss your knowledge of engineering project management, including methodologies you've applied, tools used for tracking progress, and how you ensure effective communication and stakeholder engagement throughout the project lifecycle.