Description
You in the Role and on the Team: As a Senior Software Engineer at Prime Robotics, you'll own meaningful pieces of our next-generation robotic control systems end-to-end - from design through production. We're looking for an engineer who takes ownership of difficult problems, drives them through to completion without close supervision, and has the technical depth to unblock work others cannot. You'll use your expertise in Java, Spring Boot, and distributed system design to build scalable APIs, resolve longstanding technical challenges, and raise the technical bar of the team around you.
Employee Value Proposition (EVP): This is not just another developer role; it's an opportunity to significantly impact the future of robotics technology. You'll work on challenging projects that merge software with physical hardware, creating innovative solutions that redefine automation in the logistics and manufacturing industries. At Prime Robotics, you'll grow professionally while contributing to groundbreaking advancements in the field.
A Day in the Life
Own Work End-to-End: You take problems from ambiguous to delivered, operating independently once direction is set. When work stalls or sits between teams, you take responsibility for moving it forward. You communicate status, risks, and tradeoffs proactively, so leadership has clear visibility into progress at all times.
Solve the Hard Problems: Within your first 90 days, take on the team's most difficult open technical problems - the ones requiring significant depth and persistence to resolve. You diagnose root causes rather than symptoms, design durable fixes, and document them so the team can avoid recurring issues. You also act as second-level support for customer escalations where engineering depth is required.
Develop Robust, Scalable APIs: Lead the design and implementation of scalable and efficient APIs to support Prime Robotics' next-generation control system for robotic operations. Within the first 60 days, assess current API architecture and propose enhancements to increase system responsiveness and reliability by 20%. Deliver high-quality code that meets stringent performance benchmarks and security standards.
Optimize Robotic System Performance: Over the next 6 months, lead efforts to assess and implement software optimizations that enhance the performance of robotic systems. Develop algorithms that improve processing speed and reduce error rates by 15%. Document the process improvements and present findings to the team during monthly innovation meetings.
Collaborate and Lead Cross-Functional Teams: Engage with cross-functional teams including hardware engineers, system architects, and product managers to ensure the seamless integration of software components. Regularly participate in late-night meetings with international colleagues to synchronize project efforts and maintain momentum. Track project milestones and report on the status to senior management bi-weekly.
Mentor and Raise the Bar: By the end of the first quarter, establish a mentorship cadence for junior developers focused on ownership habits, system design, and engineering rigor - not just syntax. Conduct code reviews that push for clarity, correctness, and long-term maintainability.
Stay at the Forefront of Technology: Provide strategic guidance and thought leadership on emerging trends in robotics software and industry best practices. Within the first year, identify and advocate for the adoption of at least two new technologies that can enhance our software stack, positioning Prime Robotics as an industry leader in automation solutions.