Planck Aero is an innovative startup based in San Diego, CA. We’re seeking enthusiastic and talented people to support time-critical challenges and product development. Planck Aero delivers enhanced capabilities for small unmanned aircraft systems (sUAS, aka “drones”) in government and industry through intelligent navigation solutions that enable autonomous
flight from moving vehicles and vessels on land or at sea. Planck Aero offers a collaborative environment with a strong focus on hands-on technology development and real-world field testing. We offer great medical benefits, 401k program, flexible paid time off (PTO), optional travel, and emphasize a sustainable work-life balance.
At Planck we value diverse perspectives, which drive innovation and problem solving. Diverse perspectives come from individuals with unique backgrounds, especially those underrepresented in STEM fields. These individuals are strongly encouraged to apply.
This opening is for a Drone Solutions Engineer to contribute to system development, testing, deployment, and ongoing support. In this position, you will work alongside Planck team members to rapidly iterate on new features and capabilities, perform debugging and test functions, and help drive innovation at the company.
Support software and test engineers in guidance, navigation, and control development
Perform testing in simulation, in the indoor flight cage, and at outdoor test ranges
Design and execute experiments, collect and analyze data, and deliver results
Calibrate and configure software and hardware systems for test and delivery to customers
Support the integration of embedded systems onto unmanned aircraft for customers, which may involve domestic and international travel
Generate system documentation, test reports, integration guides, and user manuals
Develop embedded software, including flight control code, messaging interfaces, and networking
Applicants with experience in some or all these competencies are encouraged to apply.
Robotics, especially small UAS
Team-focused communication skills
Ability to describe complex ideas to a general audience
Technical writing, following procedures, and capturing data
Ability to thrive in a fast paced, collaborative, small team environment
Strong attention to detail, including a safety-first mindset
Additional programming or embedded computing experience is also desirable, including C/C++, Python, computer vision, machine learning, and Linux.
Experience with multirotor drones, robotics, or other unmanned systems, including both HW and SW
Experience with ArduPilot (APM), PX4, MAVLink, QGroundControl, and/or other open-source software
Experience with ROS, Gazebo, and related robotics technologies
Embedded software debugging and test
Drone piloting experience, including preference for Part 107 license Education
BS degree preferred in Computer Science, Engineering, or related field, but relevant experience is a suitable replacement.
Lab work or special projects related to the field are a bonus