Search the 19 jobs at Inversion Space

The Staff Aerodynamics Engineer will lead external flow-field aerothermodynamic analysis, develop and implement advanced CFD tools, create high-fidelity simulations, mentor team members, and contribute to the design of hypersonic systems for Inversion's re-entry vehicles.

Lead the marketing efforts at Inversion by developing comprehensive marketing strategies, managing digital marketing channels, creating content, analyzing data, and building a high-performing marketing team. Collaborate with leadership and external partners to drive customer acquisition and engagement.

As a Mission Manager, you will act as the primary contact for customers during all phases of mission management, ensuring all requirements are met from initial studies through to recovery. You will lead programmatic aspects, support business proposals, collaborate with engineering teams, and mitigate customer issues to ensure mission success.

The Director of Business Development will identify and evaluate new business partnerships, analyze market trends, build relationships with key stakeholders, negotiate contracts, and represent the company at industry events to drive revenue growth and support strategic objectives.

As the Director of Engineering for Avionics, you will lead the development of hardware and software systems for space vehicles, overseeing the design, integration, and testing of avionics, embedded systems, and GNC systems. You will build and manage a talented engineering team, ensuring projects are successfully taken from design to production.

As a Parachute Systems Engineer, you will lead the development of parachute systems from design to manufacture, collaborate with customers, and support testing of parachute systems and mechanisms on the Arc spacecraft. You will leverage your experience in parachute design, execute drop tests, and contribute to various mechanical system designs.

As the Director of Business Development at Inversion, you will identify and develop new business opportunities, forge strategic partnerships, and drive revenue growth. Responsibilities include evaluating market trends, negotiating contracts, maintaining relationships with stakeholders, and representing the company at industry events.

As a Senior GNC Engineer, you will develop and implement guidance, navigation, and control algorithms for spacecraft. This includes collaborative work with multidisciplinary teams to determine spacecraft requirements and conducting orbital mechanics analyses. You will lead technical discussions and contribute to mission architecture while operating autonomously.

As a Lead TPS Engineer, you will develop and qualify thermal protection systems for hypersonic reentry vehicles. Responsibilities include designing flight heatshields, optimizing production workflows, and collaborating with vendors on material capabilities. You will also lead technical projects and ensure compliance with strict engineering standards.

As the Director of Engineering for the Simulation team, you will oversee the development and execution of simulation frameworks for spacecraft systems. You will lead a team in creating hardware and software testing infrastructures and collaborate with various stakeholders, ensuring reliable mission execution for Inversion's space transportation technology.

The Vice President of Federal Business Development at Inversion will be responsible for identifying new business opportunities, forging strategic partnerships, and driving revenue growth. This includes analyzing market trends, negotiating contracts, maintaining relationships with key stakeholders, and tracking business development activities while providing strategic insights to the leadership team.

As the Director of Engineering for the Processing Core, you will lead the design and technical development of flight computer and control systems for spacecraft. This role involves managing a team of engineers, overseeing the software stack, coordinating system integration, and ensuring the delivery of high-reliability and secure software solutions for autonomous flight vehicles.

As Director of Engineering for Reentry, you will lead the design and development of innovative reentry systems and vehicles, and oversee a talented team. Responsibilities include managing the technical architecture, performance analysis, and hardware production processes, ensuring successful deployment and production of vehicles capable of precise reentry.

The Payload Engineer will develop a multipurpose reentry vehicle payload bay, collaborating with various teams to design concepts based on customer and industry standards. Responsibilities include researching payloads, defining environmental loading, and overseeing the design process through to launch.

As an Avionics Engineer II, you will design and test electrical systems for precise spacecraft landings using parachuting drop tests. Responsibilities include developing electronic systems, PCB design, testing recovery systems, and qualifying designs under various conditions. You will collaborate with cross-disciplinary teams and contribute to innovative spacecraft technology.

As a Senior Parachute Engineer, you will lead the design, testing, and manufacture of ram-air parachutes for spacecraft. You'll collaborate with sub-teams to ensure performance requirements are met and support testing of other deployment systems.

The Structures Engineer III will be responsible for the design, analysis, testing, and manufacturing of spacecraft structures. They will collaborate with a multi-disciplinary team, ensuring integration of flight systems, and address packaging challenges for a new reentry vehicle.

The People Operations Manager will oversee HR functions, focusing on compensation, employee relations, and company culture initiatives. This role involves implementing strategies to attract and retain talent, managing onboarding and offboarding processes, ensuring compliance with labor laws, and using analytics to inform HR strategies.

As a Principal Flight Computer Engineer, you will design, test, and implement core compute elements for advanced spacecraft. Responsibilities include full lifecycle hardware responsibilities, digital and analog circuit design, environmental qualification testing, and flight software architecture.