Senior Electrical Engineer Architect (Hybrid)

As a Senior Electrical Engineer Architect at this company in New York, you will develop conceptual designs, validate PCBAs for various critical components, support design reviews, and collaborate closely with Electrical and Mechanical engineers. Your day-to-day will include managing library processes, preparing fabrication files, and contributing to system integration and test activities.

To qualify for the Senior Electrical Engineer Architect role, candidates should possess a Bachelor’s or graduate degree in Electrical Engineering or a related field, along with more than five years of hands-on industry experience. Mastery of tools like Altium, as well as in-depth knowledge of power, digital, and analog electronics, are also crucial.

Key skills for the Senior Electrical Engineer Architect role include advanced problem-solving capabilities, expertise in power electronics and PCB design, strong verbal and written communication abilities, and proficiency in tools like LTspice and Python. Understanding high-speed board design and signal integrity issues will also be advantageous.

As a Senior Electrical Engineer Architect, you will work on diverse projects related to robotics, including designing PCBAs for camera electronics, motor controllers, and battery management systems. You’ll engage in high-speed board design and tackle complex integration challenges.

The hybrid work model for the Senior Electrical Engineer Architect role allows flexibility. You'll have the chance to collaborate with your team in the office while also benefiting from remote work options, ensuring you can maintain work-life balance while contributing efficiently to innovative projects.

When discussing your experience with PCB design and Altium, highlight specific projects where you used the software. Explain your approach to schematic capture and layout, including any challenges you faced and how you overcame them. Mention any innovative solutions you implemented to improve design efficiency.

To effectively answer how you debug hardware issues, describe a step-by-step method you use, such as isolating the problem, checking the schematic and design specifications, and collaborating with team members for feedback. Use an example to illustrate your method in action, focusing on the outcome.

In your response to signal integrity issues, convey your knowledge of factors that affect signal quality, like impedance mismatches and crosstalk. Provide an example of how you've addressed these issues in past projects, showcasing your analytical approach and solutions implemented.

Share specific projects where you designed or tested power electronics, like motor drivers or switch-mode power supplies. Emphasize the technologies used, the design criteria you had to follow, and any performance metrics achieved, illustrating your technical expertise.

Discuss your organizational skills and tools you use to prioritize and manage multiple design projects. Mention your techniques for time management, such as setting milestones and regularly communicating with your team members to keep everyone aligned and updated.

Outline your approach to fostering collaboration, such as scheduling regular check-ins, using project management tools for transparency, and creating a culture of open communication. Share an example where your teamwork led to improved project outcomes.

Explain the processes you follow to ensure compliance with design standards, such as maintaining accurate documentation, following company checklists, and engaging in peer reviews. Share an instance where adherence to standards was crucial for project success.

List the tools and software central to your workflow, like Altium for PCB design and LTspice for simulation. Explain their specific applications and how they enhance your efficiency and design quality in engineering projects.

Discuss your experience with high-speed PCB design, mentioning specific standards like PCIe and USB. Highlight challenges you've encountered in such designs and solutions you've implemented to mitigate signal integrity problems.

Share your passion for innovation in electrical engineering. Talk about how new technologies inspire you and the impact that your work can have on advancing robotics and electronics, demonstrating your commitment to the field.