Senior Hardware Systems Engineer

The Senior Hardware Systems Engineer at Collaborative Robotics is responsible for evaluating the current cobot market, collaborating with internal teams to ensure compliance with safety and electrical standards, and leading the design of robust robotic systems like 6-axis arms and autonomous mobile robots. This role plays a critical part in ensuring our systems are certified for hazardous environments and meet the National Electric Code, making it essential for the continuous development of safe and efficient robotics.

To apply for the Senior Hardware Systems Engineer position at Collaborative Robotics, candidates should hold a Bachelor’s degree in Mechanical Engineering, Mechatronics, System Engineering, Aerospace Engineering, or a related field, along with at least 6 years of professional experience in extreme environment hardware development. In addition, experience in designing electromechanical systems and certification processes related to safety standards is preferred.

Yes, the Senior Hardware Systems Engineer position at Collaborative Robotics requires U.S. citizenship and either an active Top Secret (TS) clearance or eligibility to obtain one, which includes successfully completing a comprehensive background investigation. This clearance ensures that you can work on sensitive projects in a secure manner.

Preferred qualifications for the Senior Hardware Systems Engineer role at Collaborative Robotics include a Master's degree in a relevant field, extensive experience with safety certification processes with agencies such as IEC or UL, and a strong grasp of electrical safety standards like the National Electric Code. Candidates with proven records of developing novel robotic systems will have an edge.

The work environment at Collaborative Robotics is fast-paced and dynamic, reflective of a collaborative start-up culture. The Senior Hardware Systems Engineer will often engage with various teams and stakeholders, ensuring that innovation thrives while enjoying a supportive and inclusive atmosphere. Occasional travel to the Santa Clara headquarters may be required, allowing for a flexible remote work arrangement.

In ensuring compliance with safety standards in hardware design, I start by thoroughly understanding the relevant codes and regulations, such as the National Electric Code. I also engage in early consultations with certification bodies and build safety considerations into the initial design phase, conducting rigorous testing throughout the process.

My experience with electromechanical systems includes designing, prototyping, and testing systems for industrial applications, ensuring they are robust and meet stringent safety criteria. I have also led cross-functional teams in integrating these systems and have resolved any design challenges through iterative testing and feedback.

To lead complex engineering projects, I prioritize clear communication and effective project management tools. I set clear goals, maintain regular check-ins with the team, and actively solicit feedback to address challenges early. This agile approach fosters collaboration and helps keep projects on track.

My approach to problem-solving in engineering begins with defining the problem clearly and gathering all relevant data. I then brainstorm potential solutions and evaluate their feasibility before selecting the best course of action. Collaboration with team members often yields innovative solutions and ensures buy-in from all stakeholders.

I have extensive experience navigating certification processes, having worked closely with organizations like UL and IEC. I familiarize myself with the necessary standards, prepare documentation, and coordinate testing to facilitate successful certifications ensuring that our products meet all safety and operational benchmarks.

When faced with conflicting priorities in a project, I assess urgency and impact while communicating transparently with stakeholders. I prioritize tasks based on project goals, negotiate deadlines where possible, and ensure the team remains focused on high-impact activities to maintain momentum.

I stay updated on technological advancements in robotics by regularly attending industry conferences, participating in webinars, and subscribing to relevant journals and publications. Additionally, I am part of several professional organizations that allow me to network with other professionals and share insights.

Collaboration plays a crucial role in my engineering process. I believe that diverse perspectives enhance creativity and lead to better problem-solving. I regularly engage with cross-functional teams, encouraging open discussions and workshops to share ideas and refine designs collectively.

One particularly challenging project was developing a robotic arm for a hazardous environment. I faced design constraints and regulatory compliance issues, so I organized brainstorming sessions with my team and consulted with certification bodies early in the process, allowing us to identify critical adjustments in the design and ultimately deliver a compliant product.

My motivation to work in robotics stems from its transformative potential. I am passionate about developing technologies that enhance safety and efficiency in industries like healthcare and manufacturing. Contributing to innovative solutions that improve lives and operations excites me each day.