Hybrid-electric VTOL aircraft for defense and logistics
Odys Aviation builds long-range hybrid-electric VTOL aircraft like Laila cargo drone and Alta passenger plane. They serve defense, logistics, airlines, and humanitarian missions with superior range, payload, and runway independence. This enables efficient regional connectivity, counter-UAS operations, and sustainable air mobility.
Serves as primary Remote Pilot in Command for eVTOL UAV flight tests, managing GCS operations, securing regulatory authorizations using FAA/EASA frameworks, and collaborating with engineering on test plans and telemetry analysis. Requires FAA Part 107 certification, UAV piloting experience, and bachelor's in aerospace or related field.
Designs, analyzes, and integrates mechanical and thermal systems for high-power hybrid-electric propulsion components like motors, generators, inverters, turbines, and cooling systems. Collaborates with cross-functional teams from concept through prototype testing and production.
Designs and develops high-power-density SiC-based power electronics hardware including motor drives, rectifiers, and DC/DC converters for UAV and hybrid-electric VTOL aircraft. Requires 5+ years experience in power converter design, SiC expertise, PCB layout, magnetics, thermal/EMI management, and aerospace standards compliance.
Develops controls, embedded software, and simulation infrastructure for SiC-based propulsion power electronics in UAV and hybrid-electric VTOL aircraft. Designs and tunes algorithms for motor drives, rectifiers, converters, and hybrid controllers; builds high-fidelity models and manages MIL/SIL/HIL testing. Requires 8+ years experience, MS/PhD in EE/Power Electronics/Controls, and expertise in PMSM control and real-time embedded systems.
Creates visually compelling pitch decks, infographics, and diagrams to communicate complex aerospace technology to investors and partners. Partners with executives to develop strategic narratives using tools like PowerPoint, Figma, and 3D software.
Systems Engineering and Integration Intern supports aircraft system development through requirements management, hardware/software integration, testing, and verification in a fast-paced aerospace environment. Ideal for students in Aerospace, EE/ME, or CS with systems thinking and hands-on interest.
Intern assists robotics team in assembling UAV platforms, integrating sensors and electronics, performing hardware testing, and supporting flight operations. Requires pursuing bachelor's in relevant field, ROS2 experience, and hands-on hardware skills.
Designs, analyzes, and integrates mechanical and thermal systems for high-power hybrid-electric propulsion components like motors, inverters, and turbines. Performs CAD modeling, FEA thermal analysis, GD&T, and supports prototyping and testing. Requires BS in Mechanical/Aerospace Engineering and 1-5 years experience.
Integrates embedded software, avionics, sensors, and payloads for UAS platforms, ensuring robust command/control, telemetry, and autonomous operations. Requires 2+ years in aerospace/robotics systems integration with C/C++, Python, Linux, and communication protocols.