System Engineer III

As a System Engineer III at Beacon Biosignals, you'll take on an array of responsibilities that include system integration, design transfer to manufacturing, and conducting root cause analysis. Your role will require collaborating with hardware, firmware, and software engineers to ensure that our EEG devices align with customer requirements and regulatory standards. You will also be tasked with developing comprehensive test plans and improving manufacturing processes to enhance efficiency and yield.

To qualify for the System Engineer III role at Beacon Biosignals, candidates should possess a BS in engineering or a related field, along with 5+ years of professional engineering experience (or 3+ years with an MS degree). Essential skills include technical writing, troubleshooting electromechanical systems, and familiarity with tools such as Git, JIRA, Confluence, and Python scripting. Experience with stack-up analysis using SolidWorks and a background in supplier management are also preferred.

As a System Engineer III at Beacon Biosignals, your contributions to product development are critical. You will participate in product ideation and integration verification, ensuring that all components work harmoniously. You will write detailed documentation for system requirements and compliance while also developing test procedures to gauge system performance. Your goal is to lead efforts that not only meet technical specifications but also resonate with clinical applications in neurotechnology.

The base salary for the System Engineer III position at Beacon Biosignals is contingent upon individual experience, skills, and qualifications. We believe in providing a competitive compensation package that includes equity options, paid time off, and additional benefits. Ensuring that our employees are well rewarded for their contributions is a core value at Beacon.

Success for a System Engineer III at Beacon Biosignals is measured by your ability to effectively integrate new systems, apply engineering best practices, and improve manufacturing processes. You'll be expected to collaborate seamlessly with various teams while demonstrating a commitment to quality and reliability in our products. Your proactive approach in harnessing data for continuous improvement and innovative problem-solving will greatly impact the organization and our mission to enhance brain health.

In answering this question, you should focus on specific examples from past projects where you handled system integration. Highlight the challenges faced, methodologies employed, and how your contributions led to successful outcomes, emphasizing teamwork and communication.

For this question, share your systematic approach, mentioning any tools or techniques you utilize for root cause analysis. Provide an example where you found a persistent problem and detail the steps you took to identify and resolve the issue, underscoring your analytical skills.

Discuss your familiarity with industry regulations such as FDA requirements, ISO standards, or similar frameworks. Illustrate how you ensure compliance throughout the product development lifecycle and mention past experiences that reflect your proactive approach to maintaining high regulatory standards.

In your response, outline your experience using SolidWorks, giving specifics about projects where stack-up analysis played a crucial role. Discuss any challenges you overcame and the outcomes, along with how solid modeling facilitates better design decisions.

Describe a project that involved multiple teams, detailing your communication and collaboration techniques. Emphasize your role in ensuring alignment between engineering and product management, showcasing your ability to drive towards a common goal.

Explain your method for creating clear and concise technical documents. Talk about the importance of thorough documentation for ensuring accurate communication across teams and how it facilitates compliance and future reference, supported by any relevant examples from past experiences.

Share specific examples where you've identified inefficiencies in manufacturing processes and the strategies you implemented to improve them. Highlight the positive results achieved, such as cost reductions, enhanced productivity, or improved product quality, demonstrating your focus on operational excellence.

Discuss your experience with programming languages like Python. Provide examples of how scripting has aided your workflow, such as automating tasks or data analysis, and how it can make engineering processes more efficient and effective.

This is your opportunity to explain your approach to supplier management, including criteria you use for selecting suppliers and how you maintain quality during the sourcing process. Use past experiences to illustrate your ability to build relationships that promote accountability and reliability.

For this question, convey your understanding of the critical role that quality and reliability play in medical device engineering. Emphasize that these factors not only impact regulatory compliance but also significantly influence patient safety and satisfaction, reinforcing your commitment to these principles in your work.