Senior Electrical Engineer - Power Electronics and Controls

As a Senior Electrical Engineer - Power Electronics and Controls at Boston Engineering, your primary duties will include developing electrical system architectures, designing and debugging power electronics, and collaborating with a multi-disciplinary team on various electro-mechanical projects. You'll also conduct simulations, create test fixtures, and take charge of debugging processes, ensuring that designs meet set specifications from initiation to final delivery.

To qualify for the Senior Electrical Engineer - Power Electronics and Controls role at Boston Engineering, candidates need at least a Master of Science in Electrical Engineering and a minimum of five years of relevant experience in high-paced electronics product development. Expertise in designing high current and moderate voltage systems, strong communication skills, and experience with ECAD tools are also essential.

Candidates for the Senior Electrical Engineer - Power Electronics and Controls role at Boston Engineering are encouraged to possess a working knowledge of relevant software, familiarity with programming languages such as C/C++ and Python, and a strong understanding of electro-mechanical systems. Debugging skills at a system level and experience in integrating and testing power electronics will greatly enhance your application.

The Senior Electrical Engineer - Power Electronics and Controls position at Boston Engineering is an office-based role located in Waltham, MA. Applicants should be aware that this role requires in-person collaboration with teams and hands-on work with electrical systems, which is integral to the company culture.

The work environment at Boston Engineering is vibrant and collaborative, fostering a spirit of innovation among team members. As a Senior Electrical Engineer - Power Electronics and Controls, you'll find an energetic atmosphere where curiosity thrives and engineers are encouraged to cross-train, tackle challenges, and share ideas that lead to inspiring product designs.

In preparing for this question, highlight specific projects where you designed and implemented power electronics solutions, detailing the systems and methodologies used. Focus on the aspects of design, problem-solving, and teamwork that played a pivotal role in your success.

When answering this question, discuss systematic approaches you take for debugging, such as utilizing simulation tools, conducting breadboard tests, or collaborating with team members to identify issues effectively. Highlight any tools or techniques that have proven successful in your past experiences.

To answer this, share your strategies for managing time effectively and how you assess project significance to prioritize tasks. Talk about tools or methods you adopt for project management and how flexibility plays a critical role in your workflow.

When addressing your experience with ECAD tools, give a thorough overview of how you've utilized such tools in past projects, emphasizing specific functions or features that benefited your work. If you have experience with Altium Designer, share examples of projects where it played a key role in your designs.

In answering this question, outline a project that includes significant challenges you faced and the innovative solutions you implemented. Consider discussing your leadership role and how you successfully navigated obstacles, resulting in a positive outcome.

Explain your commitment to quality assurance throughout your design processes, from concept through implementation. You can discuss your familiarity with quality management systems and how you apply best practices to uphold engineering quality standards.

Share examples of past experiences where effective communication and collaboration were essential to your team's success. Highlight your ability to integrate feedback and perspectives from different disciplines to enhance the project outcomes.

This is your chance to showcase your knowledge of inverter and microgrid systems. Discuss key principles, design challenges, and how you've applied this knowledge in practical engineering scenarios, potentially referencing specific projects or academic training.

When addressing this topic, outline your methods for gathering customer requirements, including communication strategies and various stakeholders you work with. Highlight how you translate those needs into effective engineering designs.

Discuss your approach to testing and validation with concrete examples illustrating your practical methods, such as developing test scripts or conducting simulations to confirm that designs meet the specified requirements before final acceptance.