Power Systems Studies Engineer - Renewable Energy | PE

As a Power Systems Studies Engineer - Renewable Energy at Kimley-Horn, your key responsibilities will include analyzing electrical systems, creating software models, writing reports for diverse client projects, and assisting in project designs and specifications. You'll conduct various engineering studies like Arc Flash, Load Flow, and Thermal Ampacity, ensuring that all work adheres to Kimley-Horn's high-quality standards.

To be considered for the Power Systems Studies Engineer - Renewable Energy position at Kimley-Horn, you should have at least 4 years of experience as an Electrical Engineer, preferably with an engineering firm or EPC. It's advantageous to possess an EIT certification and experience with software like ETAP or SKM for conducting various power system studies. A solid understanding of NEC 2020 and IEEE standards would also be beneficial.

In the role of Power Systems Studies Engineer - Renewable Energy at Kimley-Horn, proficiency with software such as ETAP, CYMCAP, PSS/E, and PSCAD is highly desirable. Familiarity with using AutoCAD for Computer-Aided Design and Drafting, as well as experience in conducting harmonic and transient studies, will be beneficial in managing your projects efficiently.

Kimley-Horn highly values the professional development of its employees. As a Power Systems Studies Engineer - Renewable Energy, you'll benefit from comprehensive training programs, tuition reimbursement for continued education, and opportunities to learn about emerging technologies in the field. This commitment to continuous learning ensures you stay at the forefront of the industry.

The work environment for a Power Systems Studies Engineer - Renewable Energy at Kimley-Horn is fast-paced, collaborative, and supportive. You will work closely with a dedicated electrical team while getting the chance to manage multiple projects. We're committed to providing a family-like atmosphere that encourages both individual and team success.

When answering this question, provide specific examples of projects where you've conducted Arc Flash or Load Flow studies. Highlight the software tools you used and describe the outcomes of those studies. Emphasize your understanding of the theory and methodology behind these studies to showcase your depth of knowledge.

To address this question effectively, explain the steps you take to stay updated on the NEC and IEEE standards. Discuss how you incorporate these standards into your studies and project designs, and mention any instances where you've successfully navigated compliance challenges.

In your response, outline your project management skills, including how you prioritize tasks, communicate with team members, and set deadlines. Providing a specific example of managing competing deadlines while maintaining quality will make your answer more impactful.

When answering this question, narrate a specific situation where you faced a technical obstacle in your engineering role. Detail the problem, the approach you took to analyze it, and the solution you implemented. This emphasizes your problem-solving skills and technical expertise.

Answer by discussing your experience with software tools like WinIGS or CDEGS for grounding studies. Explain why you find these tools effective, perhaps citing specific features or capabilities that align well with your working style and the project requirements.

Emphasize the importance of teamwork in your process, providing examples of how you foster communication and cooperation among team members. Mention how you value feedback and actively involve your peers at various stages of project design.

Here, you can talk about your passion for innovation and the importance of continuous learning in engineering. Mention how you keep abreast of new developments, such as attending workshops, participating in webinars, or engaging in relevant professional organizations.

When answering, illustrate your understanding of why relay settings are crucial for system protection and reliability. You can discuss your experience with SEL AcSELerator or similar software in developing relay settings and how this has impacted project outcomes.

Discuss the significance of quality assurance and how you employ various checks and balances in your work to ensure project outcomes meet established standards. Provide an example of a time when quality assurance improved a project's success.

This is an opportunity to highlight your communication skills. Provide examples of situations where you've had to break down complex technical concepts for non-technical clients or stakeholders, showing your ability to adjust your messaging for different audiences.