Careers at Loftorbital

Wanna join the adventure? Loft Orbital builds a space infrastructure providing a fast & simple path to orbit. Using different flight proven buses, we design, integrate and operate spacecraft to fly physical or virtual customer payloads. We handle entire missions end to end, significantly reducing the lead-time and risk of a traditional space mission. As a Senior Product Systems Engineer at Loft, you will own the architecture of our overall offering — the layer that sits above any single implementation team and brings coherence across ground, space, software, and hardware. You will define how Loft's platform is structured, how capabilities are allocated across segments, and how customers, third-party software, and Loft's own stack interact. This is not a role about executing within a defined system. It is about shaping the system itself— making cross-cutting architecture decisions, defining interfaces and requirements at the offering level, and ensuring the ground processing chain and customer-facing tooling evolve in a way that is coherent, reusable, and product-relevant. You will work closely with engineering, product, and operations teams across sites, and your work will directly influence how Loft's offering is built, exposed, and scaled.

About the Role: Orbitworks is revolutionizing access to space by building reliable, shareable satellites that drastically reduce the time and complexity traditionally required to get to orbit. We operate satellites, fly customer payloads, and handle entire missions from end-to-end. Orbitworks is a joint venture between Marlan Space (UAE-based) and Loft Orbital. As a Senior Site Reliability Engineer on our Infrastructure Team, you’ll play a pivotal role in maintaining and scaling our ground segment infrastructure. You’ll collaborate across development, operations, and IT to ensure the integration, delivery, and reliability of services that support our test infrastructure and our space operations on Earth and in orbit. This is an exciting opportunity to work on cutting-edge technology and help build modern automated space infrastructure. This is not your typical SRE role, we apply DevOps principles even to spacecraft control.

Wanna join the adventure? As a Site Reliability Engineer with strong networking skills in our Cloud Infrastructure (SRE) team, you help the team own the networks that keep Loft running: cloud networking, VPN and site-to-site connectivity, segmentation, and routing across our offices, test equipment, and ground stations. You keep them reliable, observable, and secure as we scale. You coordinate with IT on the network components that interface with the physical infrastructure used by employees. You coordinate with the Test-Infrastructure team to ensure our test equipment is securely accessible. You’ll work the way an SRE team works: defining reliability in measurable terms (SLOs for connectivity and ground-station availability), instrumenting the systems that prove it, managing the network as code, and automating away toil so on-call load doesn’t grow with the fleet. Beyond the network, you’ll help the SRE team across its broader scope by participating in all the daily work just like a regular SRE: platform reliability and expansion, incident response, planning and user support.

Wanna join the adventure? Loft’s Onboard Software group provides the on-orbit software that powers our satellite fleet — from the Linux services running on the hub processor, to the containerized workloads executing customer applications in low Earth orbit. The Deployment & Runtime Environments team is where software meets the satellite. We own how software gets packaged, deployed, and executed onboard: from the tool that assembles and maintains mission-specific software stacks, to the Runtime Container Environment that lets partner and customer workloads run securely in orbit, to the Linux infrastructure that makes it all reliable. As more satellite programs come online and as we open our container runtime to a growing number of external workloads, the team’s scope is expanding fast. We’re looking for someone scrappy — the kind of engineer who digs into an unfamiliar system, maps it out, and gets it shipped without needing the path handed to them. You’ll move between Linux internals, container runtimes, and CI pipelines, sometimes in the same afternoon.

Wanna join the adventure? Loft’s Onboard Software group provides the on-orbit software that powers our satellite fleet — from the Linux services running on the hub processor, to the containerized workloads executing customer applications in low Earth orbit. The Deployment & Runtime Environments team is where software meets the satellite. We own how software gets packaged, deployed, and executed onboard: from the tool that assembles and maintains mission-specific software stacks, to the Runtime Container Environment that lets partner and customer workloads run securely in orbit, to the Linux infrastructure that makes it all reliable. As more satellite programs come online and as we open our container runtime to a growing number of external workloads, the team’s scope is expanding fast. We’re looking for someone scrappy — the kind of engineer who digs into an unfamiliar system, maps it out, and gets it shipped without needing the path handed to them. You’ll move between Linux internals, container runtimes, and CI pipelines, sometimes in the same afternoon.

Wanna join the adventure? Loft’s Onboard Software group provides the on-orbit software that powers our core products. This is responsible for monitoring and control of major space program elements, including: Flight Products computational environments (including physical and virtual processors); Interfaces with external equipment (imagers, RF, ISL); and Interfaces with the spacecraft bus. Hyperdrive is the common platform powering every onboard service across our spacecraft. The team builds the core capabilities other onboard services need to run mission logic—from interactions and housekeeping to events, automated fault detection and recovery, and lifecycle management. By making complex spacecraft software consistent, observable, and resilient, Hyperdrive helps teams move faster while keeping missions safe in orbit.

Wanna join the adventure? Loft’s Onboard Software group provides the on-orbit software that powers our core products. This is responsible for monitoring and control of major space program elements, including: Flight Products computational environments (including physical and virtual processors); Interfaces with external equipment (imagers, RF, ISL); and Interfaces with the spacecraft bus. Hyperdrive is the common platform powering every onboard service across our spacecraft. The team builds the core capabilities other onboard services need to run mission logic—from interactions and housekeeping to events, automated fault detection and recovery, and lifecycle management. By making complex spacecraft software consistent, observable, and resilient, Hyperdrive helps teams move faster while keeping missions safe in orbit.

Wanna join the adventure? Loft’s Onboard Software group provides the on-orbit software that powers our core products. This is responsible for monitoring and control of major space program elements, including: Flight Products computational environments (including physical and virtual processors); Interfaces with external equipment (imagers, RF, ISL); and Interfaces with the spacecraft bus. Hyperdrive is the common platform powering every onboard service across our spacecraft. The team builds the core capabilities other onboard services need to run mission logic—from interactions and housekeeping to events, automated fault detection and recovery, and lifecycle management. By making complex spacecraft software consistent, observable, and resilient, Hyperdrive helps teams move faster while keeping missions safe in orbit.

Wanna join the adventure? Loft's AI for Space group is building the stack that runs real machine learning in orbit; turning raw sensor data into decisions on the satellite itself, so insight reaches the customer in minutes instead of hours. The AI Engineering team is where models meet the spacecraft. We own the full path from a partner's trained model to something that actually runs — fast — on flight hardware: compiling ONNX models into optimized engines for each accelerator, the Space Inference Engine and its execution providers, the SDK that packages models for flight, and the perf tooling that proves a model fits its power, thermal, and latency budget before it ever leaves the ground. As we open the platform to a growing roster of defense and Earth-observation partners, the team's scope and the range of silicon we target are expanding fast. As our ML Runtime Engineer, you'll own model compilation and the performance tooling behind it. We're looking for someone scrappy — the kind of engineer who takes an unfamiliar model and an unforgiving power budget, digs into the graph, and gets it running on real hardware without waiting for the path to be handed to them. You'll move between model compilation, runtime internals, quantization, and hardware-in-the-loop CI, sometimes in the same afternoon.

Wanna join the adventure? Loft Orbital builds a space infrastructure providing a fast & simple path to orbit. Using different flight proven buses, we design, integrate and operate spacecraft to fly physical or virtual customer payloads. We handle entire missions end to end, significantly reducing the lead-time and risk of a traditional space mission. As a Product Systems Engineer at Loft, you will work at the intersection of software architecture, systems engineering, and product — contributing to the coherence of our overall offering across ground, space, software, and hardware. You will help define how capabilities are structured and allocated across segments, and how customers, third-party software, and Loft's own stack interact. This is a role for someone who wants to go deep on technically complex problems that span the full stack. You will work across ground processing, customer-facing tooling, and interface definition — contributing to architecture decisions, maintaining requirements and ICDs, and helping ensure the offering evolves in a consistent and product-relevant way. You will collaborate closely with engineering, product, and operations teams across sites to turn technical ambiguity into clear frameworks for implementation.