In Orbit envisions a world where our most critical resources are accessible when we need them the most. Today, In Orbit is on a mission to provide the most resilient and autonomous cargo delivery solutions for regions suffering from conflict and natural disasters.
Descent Systems Engineer :
In Orbit is looking for a Descent Systems Engineer eager to join a diverse and dynamic team developing solutions for cargo delivery where traditional aircraft and drones fail.
As a Descent Systems Engineer at In Orbit you will work on the design, development, and testing of advanced parachutes and decelerator systems. You will work with other engineers on integrating decelerator subsystems into the vehicle. The ideal candidate for this position will have experience manufacturing and testing parachute systems, a solid foundation of aerodynamic and mechanical design principles as well as flight testing experience.
Responsibilities :
- Lead the development of parafoils, reefing systems, and other decelerator components.
- Develop fabrication and manufacturing processes including material selection, patterning, sewing, rigging, and hardware integration.
- Plan and conduct flight tests including drop tests, high-altitude balloon tests, and other captive-carry deployments.
- Support the development of test plans, procedures, and instrumentation requirements to verify system performance.
- Collaborate closely with mechanical, avionics, and software teams for vehicle-level integrations
- Own documentation and configurationmanagement for parachute assemblies, manufacturing specifications, and test reports.
Basic Qualifications :
Bachelor's Degree level of education in Aerospace Engineering or similar curriculum.Strong understanding of aerodynamics, drag modeling, reefing techniques, and dynamic behaviors of deceleratorsExperience with reefing line cutting systems or multi-stage deployment mechanismsExperience conducting ground and flight tests for decelerator systems, including test planning, instrument integration, data analysis, and anomaly investigation.Expertise with textile materials (e.g., F-111, S-P fabric, Kevlar, Dyneema).Ability to work hands-on with sewing machines and ground test fixtures.Solid teamworking and relationship building skills with the ability to effectively communicate difficult technical problems and solutions with other engineering disciplines.Preferred Experience and Skills :
Experience with guided parachute systems.Familiarity with FAA coordination for flight testing in and out of controlled airspace.Experience with pattern design tools such as SpaceCAD, Lectra Modaris, or similar.Additional Requirements :
Willing to work extended hours as neededAble to stand for extended periods of timeAble to occasionally travel (~25%) and support off-site testing.ITAR Requirements :
To conform to U.S. Government space technology export regulations, including the International Traffic in Arms Regulations (ITAR) you must be a U.S. citizen, lawful permanent resident of the U.S., protected individual as defined by 8 U.S.C. 1324b(a)(3), or eligible to obtain the required authorizations from the U.S. Department of State.