Electrical Engineer

As an Electrical Engineer at Revolution Power Solutions, you will be responsible for designing and developing electrical systems for power generation and oilfield equipment. Your duties will include creating electrical schematics, optimizing medium voltage and DC power systems, and troubleshooting both field and in-house issues. You'll collaborate with various teams to ensure compliance with industry standards and enhance system performance, making your role essential to our mission of delivering innovative energy solutions.

To be considered for the Electrical Engineer role at Revolution Power Solutions, you must have a Bachelor’s degree in Electrical Engineering and 3-5 years of relevant experience in OEM equipment manufacturing and electrical system design. Familiarity with standards such as NEC, IEC, and IEEE is important, along with strong problem-solving skills and proficiency with AutoCAD 2D for creating design documentation.

Revolution Power Solutions encourages innovation by integrating cutting-edge technologies like IoT and cloud-based solutions into our electrical systems. The company promotes collaboration among teams and supports research and development, allowing Electrical Engineers to propose prototypes and enhancements that could lead to new products or improvements in existing systems, thus fostering a culture of continuous improvement.

As an Electrical Engineer at Revolution Power Solutions, expect a primarily office-based work environment, complemented by time spent in manufacturing plants, testing lines, and electronics labs. You'll be exposed to various industrial equipment and electrical panels, working in conditions formulated by strict safety standards. The atmosphere encourages teamwork, helping you grow while contributing to our mission of providing reliable energy solutions.

At Revolution Power Solutions, career growth opportunities for Electrical Engineers are abundant, with the chance to lead projects, mentor new engineers, and contribute to innovative solutions in the energy sector. The organization prides itself on supporting continuous learning and professional development, ensuring that team members are well-equipped to advance within the company while driving significant change in power generation and oilfield technology.

To answer this question effectively, detail any past roles related to electrical system design, emphasizing specific projects, technologies used, and how your contributions led to successful outcomes. Highlight familiarity with industry standards like NEC, IEC, and IEEE, and use examples to showcase your problem-solving abilities.

When addressing arc flash assessments, break down the steps you take, including data collection, establishing incident energy levels, and determining necessary PPE. Provide examples from your experience to illustrate your systematic approach and understanding of safety compliance.

Explain your process for optimizing medium voltage systems, referencing your experience with load calculations, equipment selection, and adherence to safety standards. Discuss any specific tools or methods you've employed that resulted in enhanced system efficiency.

Demonstrate your troubleshooting methodology by discussing your approach to diagnosing issues in the field, including data analysis and collaboration with field service teams. Use a recent experience as an example to highlight your analytical skills and teamwork.

Share relevant projects where you've used AutoCAD 2D for creating electrical schematics or design documentation. Explain your familiarity with the software and how it helps streamline your design process while ensuring compliance with industry standards.

Detail your method for creating BOMs, emphasizing collaboration with engineering, supply chain, and manufacturing teams for accuracy. Highlight the importance of compliance with project requirements, and mention any tools you use to streamline the process.

Discuss your commitment to professional development, including attending workshops, reading industry publications, participating in webinars, and networking with peers. Any specific examples of how you've applied new knowledge to your work will strengthen your response.

If applicable, provide examples of projects involving IoT and cloud-based solutions. Explain your role in integrating these technologies into electrical systems and the impact they had on system performance and monitoring.

Describe your communication style and methods for fostering collaboration among peers and stakeholders. Highlight specific scenarios where you facilitated successful teamwork to solve complex engineering challenges.

Outline the safety standards that guide your design practices, such as LOTO and arc flash assessments. Providing examples of how you incorporate safety into your processes will demonstrate your commitment to ensuring compliance and protecting both personnel and equipment.