Electrical Engineer II / III

As an Electrical Engineer II / III at KPI Solutions, your responsibilities include designing and estimating electrical control projects, creating schematics, interacting with project managers, and ensuring adherence to safety and quality standards. You will also manage relationships with vendors and provide guidance to junior engineers and third-party suppliers. Your hands-on involvement will be vital in delivering efficient solutions and maintaining project timelines.

To qualify for the Electrical Engineer II / III position at KPI Solutions, candidates must have a B.S. in Electrical Engineering or a combination of related education and experience. A minimum of three years in controls estimation is required, with preference given to those who have 8-10 years of experience. Proficiency in AutoCAD and knowledge of various industrial controls systems, along with excellent communication skills, are also crucial.

KPI Solutions is committed to the professional development of its Electrical Engineers by providing a comprehensive training and development program. This includes access to industry resources, workshops, mentorship from experienced peers, and opportunities to work on diverse projects that enhance skills and knowledge in electrical control design.

Electrical Engineers at KPI Solutions can expect a collaborative and fast-paced work environment where innovation thrives. The team is encouraged to maintain high standards while taking initiative in their projects. Engineers are supported in their efforts to adapt to changes and challenges, ensuring that creativity and communication are at the forefront of every project.

Employees in the Electrical Engineer II / III role at KPI Solutions enjoy a robust benefits package that includes medical, dental, and vision insurance. Additional perks include a 401(k) retirement plan, company-paid life insurance, short-term and long-term disability coverage, and various wellness programs. Paid time off is also available, along with support for continuous learning and development.

In your response, provide specific examples of projects you've worked on, detailing the type of control systems you designed, commissioned, or troubleshot. Highlight your familiarity with systems like Rockwell, Siemens, or others, and demonstrate your problem-solving skills in relation to those experiences.

Discuss your methodology for project estimation, including how you analyze project requirements and historical data. Mention specific tools and software you use, and include how you collaborate with other team members to gather accurate estimates for materials and labor.

When answering this question, outline the challenge, your role in the project, and the steps you took to overcome obstacles. Emphasize teamwork, communication, and any innovative solutions you implemented that led to a successful outcome.

Share your strategies for professional development, such as attending workshops, participating in webinars, or following relevant publications. You could also mention any professional organizations you’re part of that keep you connected with industry advancements.

Discuss your knowledge of electrical safety standards relevant to the industry, including any specific regulations you adhere to. Provide examples of how you have implemented these standards in previous projects to maintain safety and quality.

Highlight your approach to communication, including how you ensure all stakeholders are informed. Mention any tools or techniques you utilize to facilitate clear and consistent communication throughout the project lifecycle.

Describe your proficiency with AutoCAD, including specific projects where you used it to create electrical designs. Highlight any advanced features you are familiar with and your ability to produce accurate and detailed schematics.

Detail your experience in managing vendor relationships, including how you negotiate pricing and maintain quality. Provide examples of successful vendor partnerships that you have developed in the past.

Discuss the quality assurance processes you follow, such as peer reviews and testing protocols. Include how you ensure that your designs comply with industry standards and best practices.

Emphasize the importance of teamwork in achieving project goals. Share examples of how collaborative efforts have led to innovative solutions and improved project outcomes, reinforcing the idea that engineering is often a team effort.