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Designs mechanical parts, drawings, assemblies, models, and procedures for lunar lander structures and secondary systems. Supports manufacturing, testing, and on-orbit operations of flight and ground-support hardware. Collaborates across disciplines in a fast-paced environment while adapting to changing priorities and aggressive delivery schedules.

Own the IM-5 propulsion subsystem across requirements, design, fabrication, integration, testing, qualification, launch, and mission operations. Lead multidisciplinary coordination, manage technical risks and schedules, oversee suppliers, guide propulsion analyses and modeling, review test data, close verification activities, and mentor engineers. The role supports Nova-D lunar lander development and requires expertise in cryogenic propulsion, spacecraft fluid systems, and aerospace hardware lifecycle execution.

Designs and analyzes spacecraft trajectories and mission plans for lunar, interplanetary, Earth-orbiting, and cislunar missions. Develops trajectory optimization, simulation, maneuver-planning, stochastic analysis, contingency, and onboard algorithms. Collaborates with multidisciplinary and operations teams to support mission execution, real-time trajectory corrections, proposals, and technical presentations.

Design, analyze, test, integrate, and operate propulsion systems for Nova-C and Nova-D lunar landers. The role supports propulsion hardware across fabrication, qualification, acceptance, vehicle testing, launch campaigns, and flight operations. Responsibilities include requirements development, test planning, equipment and ground-support hardware development, data analysis, anomaly investigation, documentation, and cross-functional collaboration. More experienced engineers may lead technical efforts, mentor engineers, and coordinate multidisciplinary activities.

Provides Tier I and Tier II technical support while administering IT infrastructure. Responsibilities include troubleshooting hardware, software, network, and system issues; managing tickets and SLAs; supporting Windows endpoints and servers; administering Active Directory and Microsoft 365; maintaining networking, virtualization, backups, and endpoint deployments; coordinating hardware repairs; documenting systems; and tracking IT inventory.

Coordinates company-wide technical, operational, safety, security, compliance, and onboarding training. Maintains training records, certifications, calendars, rosters, LMS content, and completion tracking while supporting audits and quality requirements. Partners with engineering, security, safety, HR, IT, and program teams to identify needs, schedule courses, and update curricula. Evaluates program effectiveness and recommends improvements, including simulations, e-learning, and workshops.

Supports the design, selection, integration, qualification, environmental testing, verification, and troubleshooting of spacecraft GN&C flight hardware, including sensors, actuators, and avionics interfaces. Responsibilities include trade studies, vendor management, AIT support, HIL and integrated system testing, technical documentation, flight readiness preparation, and post-test or post-flight analysis.

Develops and executes digital communications and content strategies across social platforms, supporting lunar missions, launches, events, customers, investors, partners, and brand initiatives. Creates and coordinates written, photographic, video, graphic, and multimedia content; provides real-time mission coverage; manages stakeholders; and analyzes social performance to optimize campaigns.

Design, develop, test, and integrate guidance, navigation, and controls automation for lunar spacecraft. Develop and review real-time C/C++ flight software, integrate navigation sensors and effectors, perform six-degree-of-freedom simulations, support HWIL/SWIL testing, and analyze spacecraft performance and stability. Collaborate with software and hardware teams on flight software integration and satellite testing.

Leads guidance, navigation, and control architecture, design, development, integration, and verification for a lunar communications and navigation mission. Oversees algorithms, subsystem performance, sensor and actuator selection, simulation, Monte Carlo analysis, HIL/SIL testing, mission planning, fault management, documentation, and operational readiness. Coordinates GN&C interfaces across multidisciplinary engineering teams and mentors supporting engineers.