Embedded Electrical Engineer (Robotics)

The primary responsibilities of an Embedded Electrical Engineer at Tutor Intelligence include designing and prototyping custom PCBs, developing motor control systems, evaluating sensors and actuators for robotic platforms, and rapidly testing and iterating on hardware concepts to ensure efficiency and effectiveness in our robotics projects.

To excel as an Embedded Electrical Engineer at Tutor Intelligence, candidates should possess strong electrical engineering fundamentals, hands-on experience in designing and printing custom PCBs, familiarity with various motor types and control approaches, and a proven track record of building diverse electrical projects.

The work environment at Tutor Intelligence for an Embedded Electrical Engineer is fast-paced and collaborative, allowing professionals to engage in numerous projects. The role emphasizes quick prototyping, innovation, and cross-functional teamwork, making it an ideal space for individuals who thrive in dynamic settings.

A degree in electrical engineering or a related field is typically preferred for the Embedded Electrical Engineer position at Tutor Intelligence. Candidates who have hands-on experience and demonstrated knowledge in electronics design and robotics will stand out in the application process.

Embedded Electrical Engineers at Tutor Intelligence can look forward to a variety of career advancement opportunities, including leadership roles in project management, specialized technical paths in robotics engineering, and the chance to contribute to innovative projects that shape the future of automation.

When answering this question, highlight specific projects where you designed custom PCBs, the tools or software used, and any challenges faced. Share how the design process improved the projects' outcomes, showcasing your problem-solving and technical skills.

Be prepared to discuss various motor types and control methodologies you’ve worked with, such as PID control or PWM signals. Mention specific projects where you implemented these systems and the successes achieved, emphasizing your hands-on experience.

Describe your method for sourcing and evaluating components, including criteria used to assess quality, compatibility, and cost-effectiveness. Mention examples of successful integrations in past projects where your evaluations met project specifications.

Discuss different testing methodologies you prefer, such as functional testing or stress testing. Provide examples of how these methods contributed to refining designs and improving the robustness of your prototypes in previous roles.

Detail a specific rapid prototyping project, including the goals, the timeline, and the iterative steps taken to reach the final result. Highlight how you adapted to challenges and the project's impact on overall objectives.

Be honest and focus on a specific challenge, explaining both the technical aspects and how you overcame them. This response showcases your resilience and problem-solving abilities, essential traits for an Embedded Electrical Engineer.

Mention any relevant professional organizations, online courses, or resources you follow, such as journals or blogs. Highlight specific technologies you are excited about and how they could apply to your role at Tutor Intelligence.

Discuss your approach to quality assurance, including regular reviews, peer feedback, and thorough documentation. Provide an example where your quality control measures led to a successful outcome in a project.

Explain your prioritization process, including tools or techniques you use, such as task management software or methodologies like Agile. Share an example of managing multiple deadlines to showcase your organizational skills.

Be genuine in sharing your passion for electrical engineering and robotics. Talk about specific interests, such as problem-solving, innovation, or making a meaningful impact in automation, that fuel your motivation and commitment to the field.