Robotics Engineer

at  Zeitview

Zeitview is the leading intelligent aerial imaging company for high-value infrastructure, providing businesses with actionable, real-time insights to recover revenue, reduce risk and improve build quality. We serve customers in the solar, wind, insurance, construction, real estate, and critical infrastructure industries. Trusted by the largest enterprises in the world, Zeitview is active in over 70 countries.
As a Robotics Engineer, you will play an important role in controlling unmanned vehicles to inspect hardware. You will be integrating sensors on the autonomous vehicles to allow the capture of critical data, designing and implementing algorithms to enhance the capabilities of the hardware, and developing the tools needed to utilize these software and hardware components on an edge device.
You must have a proven track record of success and excel in a fast-growing, technology-based startup culture while working autonomously. We offer a competitive salary based on experience and performance, and a generous equity stake for the right candidate. We provide comprehensive medical, vision, & dental benefits, unlimited paid time off, and a great team environment with room for advancement.

QUALIFICATIONS:

• ROS experience
• C++/ Python
• Strong knowledge of sensor fusion, state estimation, and Kalman filtering
• Excellent problem-solving abilities and attention to detail
• Strong communication and teamwork skills
• Solid scientific training and analytical skills
• Strong knowledge of software development best practices

• Integrate new sensors and develop software backend to make the data available for the environment.
• Handle sensor calibration and high-speed visual control and estimation of aerial vehicles.
• Develop tools to allow for robust control of various unmanned vehicles.
• Develop and implement algorithms to enhance inspection capabilities.
• Conduct testing and validation of navigation systems to ensure accuracy and reliability.
• Collaborate with cross-functional teams to meet project objectives.
• Take feedback from the field and implement improvements to the system.
• Write algorithms for trajectory generation.