Jobs at E-SPACE

Lead and grow a multidisciplinary antenna/RF team owning radiating-element and array RF design, element-level electronics, RF test planning and characterization, requirements/budgets/verification, and cross-disciplinary integration and environmental testing for space-based LEO antenna systems.

Lead month-end close, global budgeting and variance analysis, auditing, tax compliance, international consolidation, ERP integration, and build scalable accounting processes. Manage staff and external service providers while advising executive leadership on financial decisions.

Lead end-to-end 5G Core system architecture for a LEO satellite operator: define interfaces and ADRs, decompose requirements across AMF/SMF/UPF/UDM/PCF/AUSF/CHF/NEF, drive trade studies, tune core parameters for satellite constraints, specify back-end integrations (charging, SIM provisioning, OSS/BSS), and set system acceptance criteria aligned with 3GPP Rel-17/18.

Design and implement scalable test automation for 5G Core network functions across virtual and physical targets. Develop Python test scripts, packet-capture and protocol analysis tooling, extend automation to hardware-in-the-loop RF environments, integrate tests into CI/CD, and track/verify defects in Jira while collaborating with software, platform, and RF engineers.

Design, select, and qualify spacecraft wiring and fiber-optic harnesses, connectors, and antenna sensors for flight. Define requirements, create harness drawings and wire lists, integrate routing and strain-relief solutions, evaluate suppliers, and support assembly, integration, testing, and anomaly resolution through product lifecycle.

Lead systems engineering for LEO satellite-based radar systems: coordinate architecture, requirements, MBSE, RF, software, cyber, test, and site integration; manage interface inventories, mission threads, verification, and legacy-site risk closure; engage government stakeholders and lead multi-discipline technical working groups to ensure mission integration and readiness before SRR.

Lead an independent Mission Assurance & Quality organization with authority to halt production and withhold qualification. Own FMEA/FMECA, system safety per MIL-STD-882, reliability modeling, parts/radiation control, configuration management, NCR disposition, and failure investigations. Chair FRB and production CCB, enforce workmanship standards, and provide as-built conformance to the CTO for spacecraft launched to LEO.

Lead factory ownership to achieve sustained 5 spacecraft/day rate. Embed DFM in product teams, drive process engineering, tooling, MES and ATE implementation, commission robotic assembly and automated test, manage daily line operations, yield and quality metrics, and scale production through MRR to full-rate manufacturing.

Accountable for spacecraft system architecture, SRD and ICDs, requirements traceability, and system-level V&V. Own spacecraft electrical architecture, lead integration/test campaigns (FlatSat, TVAC, vibration, EMI/EMC), run SIL/HIL, chair technical review boards, manage configuration/control and CCB concurrence, and drive the program digital thread and MBSE adoption across the organization.

Drive end-to-end antenna system development: own integrated schedules across RF, mechanical, and manufacturing; run gated lifecycle reviews (SRR/PDR/CDR/qualification); maintain and close risk register; coordinate suppliers and contract manufacturers; interface with systems engineering for requirements and verification; shorten design/build/test cycles and unblock teams to ensure timely prototypes and test articles.

Design, develop, and debug Linux kernel code and device drivers for custom embedded platforms. Port and optimize kernels, handle boot and board bring-up (U-Boot), resolve low-level failures, profile performance, integrate with Yocto/Buildroot CI, collaborate with hardware engineers, and upstream relevant patches.

Own and maintain the integrated finite-element model for a deployed antenna assembly, perform modal, static, and dynamic structural analyses, allocate structural requirements to subsystems, lead model-test correlation and V&V, support deployment dynamics and test predictions, assess structural risks and anomalies, and track structural analysis error budgets and margin consumption.

Serve as the on-site lead for Integrated Antenna Structure (IAS) hardware integration, coordinating structural, RF, and deployment subsystems. Maintain ICDs and interface matrices, track requirements to verification (DOORS/Jama), support deployment and structural test campaigns, develop integration procedures, and escalate integration risks to ensure hardware survives ground and launch environments.

Lead and own ground deployment test program for a large deployable antenna: design gravity-offload rigs, execute deployment tests, capture force/torque and kinematics, establish ground-to-flight correlation, verify repeatability, coordinate with mechanism and structural teams, and contribute to model-test correlation.

Lead end-to-end mechanical design of a deployable payload antenna structure for LEO satellites: concept through detailed design, analysis, qualification (thermal‑vacuum, vibration, shock), drawings/GD&T, manufacturing support, integration, and test. Manage deployment kinematics, mechanisms, and CAD assemblies (SolidWorks).

Lead spacecraft systems architecture, ICDs, verification & validation, electrical architecture, AI&T/integration and test, configuration management, and digital thread/MBSE for LEO constellation programs, ensuring requirements traceability and on-orbit success.

Lead spacecraft operations, overseeing constellation health and performance, while developing metrics and mentoring a high-performing team. Ensure autonomous operations and partner with engineering teams.

Develop and maintain flight dynamics software for satellite constellations, conduct mission analysis, and collaborate with cross-functional teams.

Design and manufacture satellite structures and mechanisms, working closely with satellite sub-systems, and supporting testing and assembly of flight builds.

Lead integration and testing of 5G Core network products: develop test strategies, design and execute automated and manual test cases for functionality, performance, scalability and security, evaluate test tools and infrastructure, reproduce customer issues, validate fixes, and mentor junior engineers while collaborating with software, hardware, and platform teams.