Systems Integration Electrical Engineer, Robotics

As a Systems Integration Electrical Engineer at OpenAI, your main responsibilities will include leading the design and integration of robotic systems, translating product requirements into engineering specifications, collaborating with external partners on PCB development, and developing system-level test plans for hardware and software features. You'll also refine system designs using data from prototype testing and play a crucial role in diagnosing and resolving complex system interactions.

To be considered for the Systems Integration Electrical Engineer position at OpenAI, you should possess a Bachelor’s or Master’s degree in Electrical Engineering or a related field, along with 7+ years of experience in systems integration or electro-mechanical systems, particularly in robotics. Expertise in silicon selection, PCB design management, and embedded systems programming languages like C/C++ is essential. Strong problem-solving skills and effective communication abilities are also crucial for this role.

OpenAI prides itself on creating an environment that fosters growth and education for its team members, including Systems Integration Electrical Engineers. Through hands-on project involvement, mentorship programs, and access to advanced training resources, you’ll have ample opportunities to enhance your skills and knowledge, keeping you at the forefront of robotics and AI technology.

A Systems Integration Electrical Engineer at OpenAI should be familiar with modeling and analysis tools such as MATLAB, Python, and data visualization software. Proficiency in embedded systems programming is also important. Knowledge of using diagnostic tools for system-level troubleshooting and optimization will help you succeed in this role.

At OpenAI, a Systems Integration Electrical Engineer can expect a collaborative and innovative work environment. Our Robotics team is dedicated to exploring the vast possibilities of robotic systems through teamwork, open communication, and a shared passion for pushing technological boundaries. You'll work with driven colleagues who are eager to create impactful AI solutions.

When answering this question, share specific examples of your previous projects, highlighting your role in integrating various systems and how you overcame challenges. Discuss the methodologies you used and the impact of your work on the overall project, demonstrating your hands-on experience and technical expertise.

Explain your systematic approach to diagnosing issues, which usually includes breaking down the system components, using diagnostic tools, and collaborating with team members to gather insights. Detail your process of identifying root causes and implementing solutions to ensure system functionality.

Discuss any specific projects where you have been responsible for PCB design and silicon selection. Emphasize your understanding of the criteria for choosing components based on performance requirements and your experience working with external partners to ensure the successful production of PCBs.

Talk about your project management strategy, emphasizing prioritization of tasks, effective communication within your team, and leveraging tools for tracking project progress. Provide examples of how you've balanced quality and efficiency in your past roles and how you adapt your practices to meet deadlines.

When responding, share a specific project, the challenges you faced, the steps you took to address them, and the outcome. Highlight your problem-solving skills and ability to work collaboratively under pressure, as well as any innovative solutions that you implemented.

Share your methods for staying informed, such as subscribing to industry journals, participating in seminars/webinars, or being part of professional organizations. Mention that you seek knowledge through hands-on experimentation, networking with peers, and collaborating with other experts in the field.

Highlight the importance of effective communication in bridging a technical understanding among team members and stakeholders. Discuss your strategies for presenting complex information clearly and fostering a collaborative environment where ideas can be shared openly.

Explain your thorough approach to testing, which involves developing comprehensive test plans, conducting iterative tests to gather data, and refining the system based on test results. Emphasize the importance of early-stage prototyping in identifying issues before full-scale production.

Discuss your background in embedded systems programming, specifically mentioning languages like C/C++. Provide examples of projects where you utilized programming skills to enhance robotic functionalities and address system-level challenges.

Talk about your organizational skills and tools you use to manage multiple priorities. Share techniques for assessing project importance, delegating tasks when needed, and maintaining an efficient workflow without compromising on quality or deadlines.