Jobs at E-SPACE

Design, develop, and optimize embedded firmware, focusing on low-level software integration, security, and collaboration with hardware teams to ensure seamless operation across platforms.

Develop, validate, and operate flight dynamics and mission analysis software for LEO satellite constellations. Responsibilities include orbit propagation, maneuver optimization, constellation deployment, station-keeping, collision avoidance, space situational awareness, mission analysis, spacecraft operations support, software architecture, testing, and mission integration. The role collaborates with GNC, software, operations, and subsystem engineering teams and supports design reviews.

Own wireless test strategy and environments for 5G PHY and protocol stack verification. Develop Python automation, execute regression testing, analyze L1-L3 logs and pcap traces, operate wireless measurement and channel emulation equipment, document defects, and drive issues to resolution. Collaborate with software, firmware, RF, systems, and product teams to improve testability, coverage, and deployment reliability for satellite and ground communication systems.

Own electrical verification and EGSE for spacecraft antenna assemblies. Responsibilities include building and troubleshooting electrical test setups, soldering test hardware, writing LabVIEW or Python automation, configuring DAQ systems, operating spacecraft and instrument surrogates, investigating anomalies, supporting environmental test campaigns, and documenting procedures and verification evidence. The role is hands-on and onsite in Arlington, Texas, with occasional inter-site travel and possible extended hours during critical testing periods.

Architects, programs, integrates, commissions, and maintains Beckhoff-based automation controls for robotic and precision-assembly production lines. Responsibilities include TwinCAT PLC programming, EtherCAT and motion configuration, robot and sensor integration, machine safety logic, real-time debugging, code library development, and MES/ERP connectivity. The role leads on-site commissioning and production-cell handover while supporting reliability, throughput, traceability, and analytics.

Own ground testing for large deployable antenna structures, including test requirements, procedures, fixture development, deployment execution, instrumentation, data analysis, anomaly investigation, and reporting. Design and characterize gravity-offload systems, measure forces, motion, timing, and deployed geometry, and assess repeatability. Collaborate with mechanism and structures teams to correlate test results with deployment models and distinguish hardware behavior from ground-test artifacts.

Program, integrate, commission, and optimize ABB and Fanuc robotic cells for satellite assembly and material handling. Own cells from concept through production handoff, integrating Beckhoff controls, vision systems, sensors, safety systems, and end-of-arm tooling. Troubleshoot live production equipment, maintain robot programs and calibrations, improve cycle time and throughput, and mentor junior engineers while establishing robotics programming standards.

Designs and deploys RF systems for LEO satellite radar and IoT platforms. Responsibilities include developing RF requirements and budgets, analyzing antenna-to-digitizer and transmit/receive signal chains, defining calibration and fault-isolation approaches, coordinating cross-functional engineering teams, selecting components, supporting supplier and design reviews, and resolving anomalies. The role requires RF/microwave systems expertise, phased-array and laboratory measurement experience, and the ability to obtain and maintain a Secret-level or higher U.S. Government security clearance.

Design mechanical systems for automated aerospace manufacturing equipment, including fixtures, frames, motion stages, machine structures, parts, assemblies, and production drawings. Apply GD&T and tolerance analysis, collaborate with controls, robotics, and process engineers, support fabrication and testing, iterate prototypes into production hardware, and specify components while interfacing with vendors.

Designs and delivers RF front-end hardware for satellite communication user terminals, from system architecture and circuit design through PCB implementation, prototype validation, environmental testing, and production release. Responsibilities include RF analysis, component selection, simulation, laboratory measurement, performance optimization, calibration, manufacturing test development, documentation, and cross-functional integration. The role also mentors engineers and supports reliable, manufacturable transmit and receive systems.

Designs compact, embedded, multiband, and wideband antennas for satellite communication user terminals. Owns development from requirements and electromagnetic simulation through prototyping, measurement, environmental verification, integration, and production release. Responsibilities include antenna trade studies, RF structure design, enclosure integration, VNA and chamber testing, simulation-to-measurement correlation, tuning, tolerance analysis, supplier collaboration, documentation, and cross-functional technical leadership. The role also mentors engineers and establishes repeatable antenna verification practices.

Build and own E-Space’s internal communications infrastructure, including channels, editorial calendars, intranet content, All Hands meetings, executive messaging, and change communications. Design culture, belonging, recognition, and retention programs in partnership with the People team. Prioritize competing requests, influence cross-functional stakeholders, and translate company strategy for technical and non-technical employees. Use AI tools to draft and scale communications while maintaining an authentic employee voice. The role is onsite in Arlington, Texas.

Develop and maintain integrated master schedules covering technical, procurement, review, deliverable, and payment milestones. Analyze schedule logic, critical paths, risks, staffing, material commitments, dependencies, and milestone forecasts. Support baseline changes, what-if analysis, corrective actions, government reviews, and management reporting. Maintain objective schedule evidence and prevent unsupported progress reporting. The role requires defense/aerospace program controls experience, advanced scheduling expertise, and eligibility for a Secret-level or higher U.S. Government security clearance.

Develops and executes RF system test strategies for laboratory, field, and on-orbit environments. Responsibilities include automating test equipment, designing radiated chamber setups and test rigs, analyzing RF measurements, documenting test coverage, troubleshooting root causes, and collaborating across hardware, software, mechanical, and systems teams. The role requires extensive satellite communications and RF validation expertise, successful product launch experience, and proficiency with Python-based automation and RF test equipment.

Designs, deploys, automates, and operates hybrid infrastructure supporting HPC and semiconductor EDA workloads across on-premises, AWS, and Azure environments. Builds CI/CD pipelines, manages Linux systems, virtualization, schedulers, storage, license servers, identity platforms, and secure cloud networking. The role improves monitoring, capacity, reliability, performance, and cost while leading infrastructure changes from design through production operations.

Owns and establishes scheduling standards, tools, processes, and the Integrated Master Schedule for a portfolio of U.S. Government space programs. Responsibilities include Microsoft Project architecture, baseline control, critical path and schedule risk analysis, recovery scenarios, customer reporting, contract deliverables, proposal schedules, and integration with cost, risk, staffing, and earned value systems. The role also trains program teams and builds the organization's scheduling capability.

Design, develop, and maintain 5G Core network functions, control-plane services, protocols, microservices, and monitoring probes. Troubleshoot distributed telecommunications systems, analyze signaling and logs, build automated testing frameworks, optimize performance, and support products through release and deployment. Collaborate on requirements, documentation, research, and demonstrations while advancing satellite-network capabilities.

Lead communications systems modeling and RF analysis for LEO satellite and NTN systems. Responsibilities include link budgets, channel propagation, antenna and payload modeling, network performance optimization, subsystem integration, test planning, root-cause analysis, technical documentation, and cross-functional engineering coordination. The role requires expertise in wireless systems, RF/PHY, signal processing, RAN architecture, 3GPP standards, satellite communications, and MATLAB, C/C++, or Python simulation.

Own end-to-end electrical system and PCBA development for compact, mass-produced consumer devices. Design mixed-signal circuits and high-density PCB layouts in Altium Designer, optimize power and thermal performance, perform simulation and component selection, develop validation strategies, debug hardware, lead design reviews, and support manufacturing yield and cost improvements.

Receives and verifies shipments, unpacks and stores inventory, delivers internal parcels, supports light kitting, and enters purchase requisitions for low-complexity orders. Maintains accurate records, follows storage and handling procedures, identifies discrepancies, and escalates issues appropriately. The role requires warehouse, receiving, logistics, and procurement support experience in a warehouse/office hybrid environment, with occasional extended hours or weekend work during critical periods.