As an Electrical Engineer at Trexo Robotics, you'll be responsible for creating and maintaining design requirements while ensuring traceability from inputs to outputs. You will design, develop, and maintain PCBs for various systems including motor control and battery management, and assist in firmware development for embedded systems. Additionally, you'll participate in lab verification activities, lead compliance efforts related to electrical safety standards, and support manufacturing and supply chain teams in troubleshooting technical issues.

To apply for the Electrical Engineer role at Trexo Robotics, you should have over 5 years of experience in electrical design, preferably within a medical device or robotics context. Proficiency in electrical CAD software such as Altium, strong knowledge of standards like 60601 and 62304, and hands-on experience with soldering and standard electrical testing tools are essential. Familiarity with embedded software development in C/C++ is also a requirement.

As part of the engineering team at Trexo Robotics, the Electrical Engineer will work on projects aimed at improving our powered wearable robots. This involves developing electrical designs that enhance functionalities like motor control and LED displays, creating detailed work instructions for inspections, and participating in product testing to ensure compliance with applicable safety standards. Your efforts will contribute directly to innovations that enhance the lives of children with mobility challenges.

While not mandatory, previous experience in the medical device industry is highly advantageous for the Electrical Engineer role at Trexo Robotics. Experience with compliance, standards like ISO 13485, and familiarity with regulated environments will give you a significant edge as our products must adhere to strict safety and efficacy norms. However, we welcome applications from individuals with relevant electrical design experience in other fields under the right qualifications.

At Trexo Robotics, you'll find a vibrant startup environment that encourages innovation and collaboration. Our flat organization means every voice matters, and you'll work closely with a small team of talented engineers who are not just colleagues, but partners in solving complex problems. Expect a culture where optimism, curiosity, and a can-do attitude are not only appreciated but are essential in achieving our collective mission of enhancing mobility for children.

When answering this question, detail specific examples of PCB projects you've completed, highlighting the tools (like Altium) you've used and how your designs impacted project outcomes. Mention any challenges you faced during these projects and how you overcame them, showcasing your problem-solving skills.

Discuss your approach to understanding and applying relevant safety standards, such as UL and IEC standards. Mention how you stay updated on changes in regulations, your experience with compliance documentation, and how you implement these standards during the design and testing phases.

Explain your systematic approach to troubleshooting, starting from high-level evaluations to specific component analysis. Discuss tools and techniques you use, such as oscilloscopes or multimeters, and share examples where you successfully diagnosed and resolved issues in past projects.

Choose a specific project where you faced significant hurdles. Explain the problem, your analysis, the solutions you considered, and ultimately, how you implemented your chosen solution. Highlight the skills you employed during this process to underscore your technical expertise.

Discuss your experience in embedded systems programming, particularly within a C/C++ environment. Provide examples of projects where your software work was integrated with electrical design solutions, and highlight any methodologies or best practices you employed during development.

Talk about your participation in verification and validation processes, detailing specific tests you have conducted or overseen on products. Highlight how your contributions helped meet design requirements and compliance standards, emphasizing teamwork's role in achieving successful outcomes.

Discuss resources you rely on, such as professional journals, online courses, and technical workshops. Mention any relevant engineering communities you're part of, and how you apply the new knowledge to your work, ensuring your skills remain relevant and cutting-edge.

Express your passion for the mission of Trexo Robotics, your excitement about working on projects that make a meaningful impact in people's lives, and your appreciation for working in a collaborative environment. Tailor your answer to reflect your alignment with the company values and ethos.

Share experiences illustrating your collaborative spirit, such as working on group projects or cross-functional teams. Discuss how you value diverse perspectives and ideas to drive innovation and how effective communication is critical to a team's success.

Describe your method for task prioritization, which might include assessing project deadlines, impacts, and resources required. Provide examples of how you’ve managed competing priorities in the past, and note any tools or techniques you use to stay organized and efficient.