Electrical Engineer

As an Electrical Engineer at Union Technologies in Anaheim, your primary responsibilities will include designing and building electrical control panels, developing systems for automation, and collaborating closely with other engineers to optimize production efficiency. You'll also create detailed schematics and oversee the assembly process, ensuring that everything functions seamlessly to meet our national security goals.

To be considered for the Electrical Engineer role at Union Technologies, candidates typically need a degree in Electrical Engineering or a related field, along with relevant experience in automation and control systems. Familiarity with electrical design software and a proven track record in manufacturing would be advantageous as well.

Key skills for an Electrical Engineer at Union Technologies include strong technical knowledge of electrical systems, proficiency in electrical design tools, and excellent problem-solving abilities. Additionally, effective communication skills are important for collaborating with mechanical engineers and other specialists to realize automation goals.

Union Technologies is committed to nurturing the growth of our Electrical Engineers through continuous learning opportunities, mentorship programs, and exposure to advanced technologies. We encourage our engineers to stay abreast of industry trends and actively participate in professional development workshops that align with their career aspirations.

The work environment at Union Technologies is collaborative, innovative, and driven by a shared commitment to excellence. Electrical Engineers enjoy working in a supportive team atmosphere where ideas are encouraged and the impact on national security is evident in the work we do every day.

As an Electrical Engineer at Union Technologies, you will work closely with a diverse team that includes mechanical engineers, automation specialists, and project managers. This collaborative environment fosters a wealth of knowledge exchange and innovation, allowing you to contribute significantly to exciting projects in munitions technology.

In the Electrical Engineer role at Union Technologies, you will work with state-of-the-art technologies such as advanced automation systems, electrical control panels, and integrated circuit designs. You'll have the opportunity to utilize the latest tools and software in the industry to drive our manufacturing processes forward.

When discussing your experience with electrical control panel design, provide specific examples of projects where you were responsible for creating schematics, selecting components, and overseeing manufacturing. Highlight any challenges you faced and how you overcame them, emphasizing your attention to detail and adherence to safety standards.

In your response, explain your approach to collaboration with mechanical engineers and how you communicate technical requirements to ensure compatibility. Discuss any past experiences where you successfully coordinated integration efforts and the resulting efficiency improvements.

When asked about software proficiency, mention specific tools such as AutoCAD Electrical, SolidWorks Electrical, or MATLAB. Provide insights into how you've used these tools in previous projects, emphasizing your ability to manipulate software for optimal design efficiency.

Choose a project where you faced significant challenges, such as tight deadlines or technical issues. Outline your problem-solving process, the steps you took, and the teamwork involved in successfully completing the project, highlighting your resilience and adaptability.

Discuss your commitment to professional development by mentioning how you follow industry publications, participate in webinars, or engage in networking groups. Show your enthusiasm for lifelong learning and how it contributes to your growth as an Electrical Engineer.

In your answer, detail the safety standards you adhere to, such as IEEE or NEC regulations. Explain how you incorporate safety features into your designs and ensure compliance throughout the manufacturing process to protect both personnel and equipment.

Provide a specific example of a project where you implemented changes that led to increased efficiency, such as optimizing component choices or altering automation processes. Quantify the improvements where possible, such as reductions in energy consumption or production time.

Explain your systematic approach to troubleshooting, starting with identifying the issue and gathering data. Discuss any diagnostic tools you use and how you collaborate with the team to resolve problems effectively while minimizing downtime.

Discuss the critical role of electrical engineers in advancing technology and systems that contribute to national security. Highlight your personal commitment to this mission and provide examples of how your work can directly or indirectly influence safety and efficacy in defense operations.

Describe your time management and prioritization skills. Explain how you stay organized and focused during high-pressure projects, using examples of past experiences where you successfully met deadlines while maintaining quality standards.