Turion Space

• 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.

• 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.

• 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.

• 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.