Turion Space

Full-stack Engineer

• Lead thermal design of hardware, from initial high-level layout and analysis down to validation of performance with ground tests
• Consult with other disciplines as a Subject Matter Expert (SME) in Thermal Analysis
• Provide ongoing mentorship to junior engineers
• Automate workflow to reduce engineering investment in the design cycle
• Build and control system-level thermal models
• Execute thermal design trades to maximize satellite mission performance
• Select in-house testing equipment and external testing facilities
• Design and execute TVAC testing, including thermal balances
• Perform hand-calculations and compare results against model outputs
• Pursue operational simplicity
• Produce quality documentation of your work to reduce miss-rate and improve efficiency

Senior Thermal Engineer

DevOps Engineer

• Design, develop, document, test, and debug C++/Python software and systems that implement system requirements.
• Document developer and user feedback and develop project issues.
• Participate in regular code reviews.
• In coordination with project leads, support and maintain CI/CD automation.
• Own developer-facing automation, including but not limited to:
• Improving build reliability.
• Reducing manual release steps.
• Creating repeatable workflows and scripts that help teams ship safely and consistently.

DevSecOps Engineer

Systems Engineer

• Serve as Chief Program Engineer for assigned programs, owning end-to-end satellite architecture and ensuring appropriate technical progress throughout the program lifecycle
• Drive resolution of complex cross-disciplinary technical issues, making authoritative architectural decisions that balance performance, cost, and schedule
• Lead teams through all technical milestones including, SRR, PDR, CDR, TRR, and PSR, and post-launch operations
• Interact directly with customers and suppliers as the primary technical point of contact to ensure mission success
• Own and maintain system-level budgets, mass, power, delta-V, pointing, data, and link, ensuring the technical baseline demonstrably meets requirements and intended capability performance
• Work alongside mission stakeholders to define and refine mission CONOPS, translating operational needs into rigorous system-level requirements
• Lead derivation and maintenance of system requirements, ensuring full traceability from mission-level objectives through system, subsystem, and component requirements
• Ensure requirements decomposition is executed correctly and that traceability is maintained throughout the entire technical baseline
• Establish and maintain robust requirements traceability frameworks to satisfy customer compliance documentation expectations
• Author and oversee Interface Control Documents (ICDs) and all systems engineering documentation required for program compliance
• Define and execute verification and validation plans (test, demonstration, analysis, inspection) at system and subsystem levels
• Track system compliance and overall performance against mission needs, proactively identifying and resolving gaps
• Provide top-level technical leadership across the entire spacecraft lifecycle, from proposal and concept through design, manufacturing, test, and operations
• Collaborate with and guide multi-disciplinary engineering experts across all subsystems
• Work with internal and external stakeholders to ensure mission CONOPS alignment and technical coherence
• Mentor senior and mid-level systems engineers, elevating team-wide systems engineering discipline

Staff Spacecraft Systems Engineer

• Push the technical design for critical satellite programs forward
• Derivation and maintenance of system requirements to ensure mission success
• Working with internal and external stakeholders to define mission ConOps
• Development of subsystem budgets
• Test planning for verification activities
• Collaboration with the multi-disciplinary experts
• Tracking of system compliance and overall performance to the desired mission needs
• Lead teams through technical milestones such as MCR, SRR, PDR, CDR, TRR, and PSR
• Author Interface Control Documents (ICD)'s and other documentation necessary for the systems engineering process
• Interact directly with customers and/or suppliers to ensure mission success

Spacecraft Systems Engineer

• Provide technical leadership on projects and programs throughout the entire spacecraft lifecycle
• Derivation and maintenance of system requirements to ensure mission success
• Working with internal and external stakeholders to define mission CONOPS
• Ownership of system budgets, such as mass, power, delta-V, data, and link budgets
• Define verification and validation plans for system and subsystem activities (test, demonstration, analysis, inspection)
• Collaboration with the multi-disciplinary experts
• Tracking of system compliance and overall performance to the desired mission needs
• Lead teams through technical milestones such as MCR, SRR, PDR, CDR, TRR, and PSR
• Author Interface Control Documents (ICD)'s and other documentation necessary for the systems engineering process
• Interact directly with customers and/or suppliers to ensure mission success

Senior Spacecraft Systems Engineer

Engineer

• Design, develop, and implement advanced GNC algorithms and control systems for cutting-edge Rendezvous and Proximity Operation (RPO) missions.
• Conduct simulations, perform hardware-in-the-loop testing, and guide on-orbit testing to validate and verify GNC algorithms and control systems.
• Conduct mission analysis, trajectory optimization, and orbit determination to ensure mission objectives are met.
• Collaborate closely with interdisciplinary teams to ensure seamless integration of GNC subsystems with other systems.
• Analyze and optimize system performance, including stability, robustness, and response time.
• Support commissioning of satellites on-orbit and support our Droid.002 platform which is current in Low Earth Orbit.
• Drive the continuous improvement of GNC processes, methodologies, and best practices, and share knowledge with the engineering team.
• Stay updated with the latest advancements and research in GNC engineering for small satellite systems.
• Mentor and provide technical guidance to junior engineers, fostering their growth and development in GNC engineering.
• Contribute to strategic planning and decision-making regarding technical direction and future advancements in GNC for satellite missions.
• Maintain technical ownership over a functional area of the GNC team, such as embedded flight code processes.
• Provide mentorship and guidance to junior GNC engineers within the team.
• Lead technical trade studies for GNC design decisions
• Identify and resolve GNC technical risks

Senior GNC Engineer

Cloud Engineer

• Design, deploy, and manage core Azure infrastructure components to support mission-critical workloads.
• Architect and implement robust Identity and Access Management (IAM) strategies within Azure (Entra ID) to ensure least-privilege access and secure cross-team collaboration.
• Implement and maintain security controls and governance aligned with frameworks such as CMMC, FedRAMP, ISO 27001, or SOC 2.
• Build and optimize reusable infrastructure as code (IaC) components and templates for consistent, secure, and scalable deployments.
• Define and implement standardized deployment patterns and workflows for production workloads.
• Collaborate with other teams (IT, InfoSec, Networking) to understand their requirements and translate them into secure, scalable Azure solutions.
• Identify operational bottlenecks and architect innovative solutions that maximize system availability, reliability, and security.
• Implement and manage Zero Trust Network Access (ZTNA) solutions to secure remote access and internal communications.

Senior Azure Cloud Engineer

• Serve as the astronautics lead for a commercial-grade astronautics software library.
• Develop, test, and deploy high-fidelity orbit determination (OD) algorithms and applications.
• Design scalable, production-quality OD pipelines and services using C++.
• Implement advanced state estimation techniques including:
• - Extended Kalman Filters (EKF)
• - Unscented Kalman Filters (UKF)
• - Batch Least Squares
• - Stochastic filtering and smoothing methods.
• Build and validate inertial propagation and perturbation models, including:
• - Gravitational models
• - Atmospheric drag
• - Solar radiation pressure (SRP)
• - N-body perturbations.
• Conduct maneuver planning and trajectory analysis for:
• - Collision avoidance
• - Station-keeping
• - Orbit transfers
• - Rendezvous operations.
• Support conjunction analysis and space debris mitigation activities.
• Collaborate with multidisciplinary teams to integrate navigation and OD systems into broader spacecraft architectures.
• Lead modeling and simulation efforts supporting mission and system design.
• Ensure engineering accuracy through rigorous testing and validation methodologies.
• Participate in peer code reviews and contribute to high software quality standards.
• Partner with product and business teams to help shape platform capabilities and customer-facing functionality.

Senior Astrodynamics Engineer

• Serve as the astronautics lead for a commercial-grade astronautics software library.
• Develop, test, and deploy high-fidelity orbit determination (OD) algorithms and applications.
• Design scalable, production-quality OD pipelines and services using C++.
• Implement advanced state estimation techniques including: Extended Kalman Filters (EKF), Unscented Kalman Filters (UKF), Batch Least Squares, Stochastic filtering and smoothing methods.
• Build and validate inertial propagation and perturbation models, including: Gravitational models, Atmospheric drag, Solar radiation pressure (SRP), N-body perturbations.
• Conduct maneuver planning and trajectory analysis for: Collision avoidance, Station-keeping, Orbit transfers, Rendezvous operations.
• Support conjunction analysis and space debris mitigation activities.
• Collaborate with multidisciplinary teams to integrate navigation and OD systems into broader spacecraft architectures.
• Lead modeling and simulation efforts supporting mission and system design.
• Ensure engineering accuracy through rigorous testing and validation methodologies.
• Participate in peer code reviews and contribute to high software quality standards.
• Partner with product and business teams to help shape platform capabilities and customer-facing functionality.