Application Guide
How to Apply for Autonomy Engineer
at Nextracker Solar
🏢 About Nextracker Solar
Nextracker Solar is a leader in solar tracking technology, enabling affordable and resilient renewable energy. Their focus on real-world deployment and system-level performance makes them a unique place to work on autonomy for solar field robots.
About This Role
As an Autonomy Engineer, you will develop perception, planning, and control algorithms for robots operating in solar fields, bridging simulation and reality. Your work will directly impact the efficiency and reliability of solar energy installations.
💡 A Day in the Life
You'll start by reviewing field logs from yesterday's robot runs, then pair with a test engineer to reproduce an issue. After lunch, you'll write a new perception module in C++ and test it in simulation before deploying to a real robot for validation.
🚀 Application Tools
🎯 Who Nextracker Solar Is Looking For
- Has 5+ years developing autonomy software for real-world robotic systems, with a track record of debugging and resolving field issues.
- Proficient in C++ and Python, with strong experience in ROS2, Git, Docker, and Linux.
- Comfortable working cross-functionally with hardware and test teams to ensure system-level performance.
- Passionate about renewable energy and eager to see robots operate in challenging outdoor environments.
📝 Tips for Applying to Nextracker Solar
Highlight specific projects where you got autonomous robots working in real-world environments, not just simulations.
Demonstrate your ability to debug and iterate quickly by describing a time you resolved a tricky field issue.
Showcase your proficiency with ROS2, Docker, and Linux by mentioning specific tools or workflows you've used.
Tailor your resume to emphasize experience with solar fields or outdoor robotics, if applicable.
Include links to a portfolio or GitHub repo with relevant autonomy code or simulation demos.
✉️ What to Emphasize in Your Cover Letter
['Your experience with real-world robotic systems and debugging in the field.', 'Your proficiency with ROS2, Docker, and Linux toolchains.', 'Your enthusiasm for renewable energy and contributing to solar optimization.', 'Your ability to collaborate across teams (hardware, integration, test) to achieve system-level goals.']
Generate Cover Letter →🔍 Research Before Applying
To stand out, make sure you've researched:
- → Learn about Nextracker's solar tracking technology and how robots are used in their installations.
- → Read about common challenges in solar field robotics (e.g., dust, lighting changes, uneven terrain).
- → Check out Nextracker's recent news or case studies on their website.
- → Understand the company's mission and how autonomy fits into their product roadmap.
💬 Prepare for These Interview Topics
Based on this role, you may be asked about:
⚠️ Common Mistakes to Avoid
- Focusing only on simulation without showing real-world deployment experience.
- Not mentioning debugging or problem-solving in your application.
- Overlooking the importance of cross-team collaboration; emphasize teamwork.
📅 Application Timeline
This position is open until filled. However, we recommend applying as soon as possible as roles at mission-driven organizations tend to fill quickly.
Typical hiring timeline:
Application Review
1-2 weeks
Initial Screening
Phone call or written assessment
Interviews
1-2 rounds, usually virtual
Offer
Congratulations!
Ready to Apply?
Good luck with your application to Nextracker Solar!