Baryonic Space is an engineering firm that specializes in providing cutting-edge solutions for cybersecurity, software development and space systems design. Our team of highly skilled engineers and developers is committed to delivering fast and efficient solutions to meet the needs of our clients. 

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We are seeking a detail-oriented and analytical Project Engineer to manage end-to-end project execution, including planning, analysis, budgeting, procurement, and stakeholder coordination. The role requires ownership of project timelines, cost control, and supplier interactions to ensure successful and efficient delivery.

· Develop, maintain, and optimize detailed project schedules, including milestones, dependencies, and critical paths

· Perform project planning, resource allocation, and capacity management

· Conduct technical, operational, and feasibility analyses

· Prepare project budgets, cost breakdown structures, and financial forecasts

· Monitor and control project costs, ensuring alignment with approved budgets

· Manage procurement processes, including supplier sourcing, evaluation, and qualification

· Lead supplier negotiations (pricing, lead times, technical compliance, and contractual terms)

· Execute purchasing activities such as RFQs, bid analysis, purchase orders, and contract management

· Track project progress and ensure adherence to scope, timeline, and cost constraints

· Identify risks, develop mitigation plans, and proactively resolve issues

· Coordinate cross-functional teams (engineering, operations, finance, logistics)

· Prepare regular reports, dashboards, and presentations for stakeholders and senior management

· Ensure compliance with internal standards, quality requirements, and relevant regulations

• Bachelor’s degree in Engineering (Industrial, Mechanical, Electrical, or related field)

• 2+ years of experience in project engineering, project management, or similar roles

• Strong understanding of project planning and scheduling methodologies

• Experience with procurement, supplier management, and purchasing processes

• Solid knowledge of budgeting, cost control, and financial analysis

• Proficiency in MS Office tools (especially Excel and MSProject)

• Strong analytical, organizational, and problem-solving skills

• Effective communication and negotiation capabilities

• Ability to manage multiple priorities in a deadline-driven environment

• Previous experience as a Project Engineer in defense projects, with hands-on involvement in both software and hardware domains, is a huge plus

• PMP or equivalent project management certification

• Familiarity with contract management and commercial terms

• Experience in supplier negotiations and strategic sourcing

• Knowledge of risk management frameworks and quality assurance processes

• Exposure to multidisciplinary or international projects

· Competitive salary and a comprehensive benefits package, including health insurance and fuel support.

· Opportunities for continuous professional growth and skill development.

· Engage in a collaborative and innovative work environment.

· Enjoy a positive and enriching work environment, situated in a desirable location.

Project Engineer

We are seeking a Spacecraft Electrical Engineer responsible for the design, integration, and validation of spacecraft electrical subsystems across the full lifecycle—from architecture and schematic capture to board bring-up, harnessing, and environmental testing support. This role is highly hands-on and requires strong practical troubleshooting skills, cleanroom discipline, and experience supporting Assembly, Integration, and Test activities.

You will collaborate within a multi-disciplinary engineering team, working closely with hardware, RF, embedded software, AIT, and systems engineering teams to deliver flight-ready electrical designs and ensure reliable spacecraft performance.

•	Perform electrical design for spacecraft subsystems including avionics, payload interfaces, power systems, batteries, solar arrays, and harnessing.

•	Create and maintain electrical schematics, parts selection, and layout guidance for spacecraft electronics.

•	Design and validate spacecraft harnessing solutions including cable selection, shielding strategies, connector selection, and routing constraints.

•	Perform analysis to demonstrate performance, survivability, and optimization of electrical designs.

•	Evaluate and select COTS spacecraft subsystems (e.g., EPS, OBC, AOCS) and ensure compatibility with mission architecture.

•	Understand and support spacecraft RF systems including S-band transceivers and X-band transmitters.

•	Design and debug digital communication interfaces and buses.

•	Apply strong signal integrity principles including impedance matching, transmission line effects, and high-speed routing constraints.

•	Understand cable impedance requirements and interface specifications for digital communication systems.

•	Perform board bring-up and hardware validation in collaboration with embedded software teams.

•	Debug electrical issues using lab instrumentation including:

•	Troubleshoot data buses and electrical interfaces using measurement equipment and systematic debugging approaches.

•	Support JTAG-based debugging and low-level hardware diagnostics.

•	Conduct quality inspection and functional testing of received boards and subsystems.

•	Apply strong understanding of EMI/EMC mitigation techniques in spacecraft electrical design.

•	Design grounding strategies considering ground loops, DC grounds, and RF grounding architectures.

•	Incorporate thermal design and derating requirements into electrical system design.

•	Support cable shielding, filtering, and layout strategies to ensure electromagnetic compatibility.

•	Support spacecraft AIT activities, including cleanroom assembly, integration, and verification procedures.

•	Participate in and operate during environmental test campaigns such as thermal cycling, TVAC, and vibration testing.

•	Support test setup design, instrumentation, and troubleshooting during qualification and acceptance tests.

•	Produce and maintain high-quality technical documentation including schematics, harness drawings, test procedures, and interface documentation.

•	Collaborate closely with systems, RF, embedded software, AIT, and mechanical teams throughout development and integration phases.

•	Participate in design reviews, risk assessments, and technical trade studies.

•	Bachelor’s degree in Electrical Engineering or related field.

•	3+ years of professional electrical engineering experience involving hardware design and integration.

•	Strong hands-on skills including soldering, board rework, and hardware troubleshooting.

•	Proficiency using electrical measurement equipment (oscilloscope, signal analyzer, spectrum analyzer, VNA).

•	Experience designing electrical schematics and spacecraft harnessing solutions.

•	Understanding of digital communication standards and interface debugging.

•	Knowledge of signal integrity, impedance control, and transmission line effects.

•	Strong understanding of EMI/EMC, grounding strategies, and noise mitigation.

•	Understanding of thermal design considerations and component derating.

•	Experience performing board bring-up and integration with software teams.

•	Familiarity with JTAG debugging and hardware validation workflows.

•	Strong technical documentation and cross-functional collaboration skills.

•	Experience in the space industry, particularly with small satellite or CubeSat electrical systems.

•	Experience working in cleanroom and AIT environments.

•	Experience supporting environmental testing campaigns (thermal, TVAC, vibration).

•	Familiarity with MIL-STD-810G or similar environmental qualification standards.

•	Experience selecting and integrating COTS spacecraft subsystems (EPS, OBC, AOCS).

•	Experience with spacecraft RF subsystem integration and testing workflows.

•	Familiarity with spacecraft power system architectures and battery/solar integration.

•	Experience with failure analysis and root cause investigations during test campaigns.

•	Exposure to high-reliability or aerospace-grade electronics development environments.

•	Competitive salary and a comprehensive benefits package, including health insurance and fuel support.

•	Continued support for candidates currently enrolled in a master's or doctoral program.

•	Opportunities for continuous professional growth and skill development.

•	Engage in a collaborative and innovative work environment.

•	Enjoy a positive and enriching work environment, situated in a desirable location.

Spacecraft Electrical Engineer

We are seeking a Spacecraft Embedded Software Engineer to support the development, integration, and validation of flight software and payload software for spacecraft platforms. This role combines low-level embedded development, Linux-based system engineering, and hardware-aware debugging with a strong emphasis on testing, reliability, and system integration.

You will work across heterogeneous compute environments within a multi-disciplinary engineering team, collaborating closely with hardware, FPGA, RF, systems, and operations engineers to deliver robust embedded solutions. The role includes payload-facing development for SDR-based instruments, high-throughput data movement, boot flow management, and extensive verification workflows. Hands-on hardware interaction and strong debugging discipline are essential.

•	Develop and maintain embedded software in C/C++ for spacecraft flight and payload subsystems.

•	Support payload software development for SDR-based systems using libiio and Linux userspace frameworks.

•	Implement device drivers, middleware, and application-layer logic across bare-metal, RTOS, and Linux environments.

•	Design and maintain boot flows including FSBL, U-Boot, and OS initialization sequences.

•	Implement high-throughput data pipelines and manage DMA-based transfers between programmable logic and processor subsystems.

•	Lead and support HIL, SIL, unit, and integration testing workflows.

•	Develop automated test frameworks using pytest and scripting in Python.

•	Perform system bring-up, debugging, and integration with spacecraft hardware and payload electronics.

•	Support verification and validation campaigns across development and qualification phases.

•	Collaborate with hardware, FPGA, and algorithm teams to ensure reliable end-to-end system behavior.

•	Develop and maintain reproducible build environments using CMake, Make, and related build systems.

•	Use Git and CI/CD pipelines to support automated builds, testing, and deployment workflows.

•	Utilize debugging and profiling tools including gdb, valgrind, and performance instrumentation tools.

•	Perform performance profiling and optimization of CPU, disk, and network workloads.

•	Develop and maintain embedded Linux environments using Yocto and PetaLinux.

•	Configure device trees, kernel modules, and userspace services.

•	Implement RTOS-based solutions using FreeRTOS or Zephyr, and develop bare-metal firmware when required.

•	Manage system-level configuration and runtime services in Linux-based spacecraft compute environments.

•	Implement and debug digital communication interfaces including: RS-232 / RS-485 / RS-422, I2C, SPI, CAN bus, Ethernet

•	Work with hardware engineers to validate interface behavior, timing, and robustness.

•	Support board-level debugging and bring-up activities.

Emulation, Simulation & Development Environment

•	Utilize QEMU or equivalent virtualization/emulation frameworks for system testing and development.

•	Develop simulation-based validation workflows and cross-platform testing environments.

•	Use containerization tools such as Docker for development reproducibility and CI environments.

•	Produce and maintain high-quality technical documentation, including design documents, ICDs, test procedures, and troubleshooting guides.

•	Participate in design reviews and cross-functional technical discussions.

•	Work effectively within a multi-disciplinary team, coordinating closely with hardware and systems engineering teams throughout development and integration phases.

•	Maintain operational runbooks, integration notes, and development guidelines to support long-term maintainability.

•	Bachelor’s degree in Electrical Engineering, Computer Engineering, or related field.

•	2+ years of professional embedded software development experience in C/C++.

•	Strong experience with embedded Linux environments and Linux-based development workflows.

•	Experience with CMake, Make, and build system design.

•	Proficiency with gdb and valgrind for debugging and performance analysis.

•	Experience with Git and CI/CD workflows.

•	Experience performing unit, integration, and system-level testing, including HIL/SIL environments.

•	Hands-on experience working with hardware and performing board bring-up and debugging.

•	Understanding of digital communication protocols (RS232/485/422, I2C, SPI, CAN, Ethernet).

•	Experience with ARM-based embedded systems and microcontroller platforms.

•	Working knowledge of bootloaders and embedded boot sequences (FSBL, U-Boot).

•	Familiarity with DMA-based data movement and memory architecture in embedded systems.

•	Proficiency in Python for scripting and test automation.

•	Experience with libiio and SDR payload software development.

•	Familiarity with QEMU or other emulation environments for embedded testing.

•	Experience with Yocto and PetaLinux build environments and device tree configuration.

•	Experience with FreeRTOS or Zephyr RTOS and bare-metal firmware development.

•	Knowledge of pybind11 for bridging C++ and Python environments.

•	Experience with Docker for reproducible development environments and CI integration.

•	Understanding of software-defined radio architectures and their operational constraints.

•	Basic DSP knowledge relevant to SDR payloads (sampling, IQ data, filtering concepts).

•	Experience implementing high-throughput streaming pipelines and optimizing memory bandwidth usage.

•	Familiarity with spacecraft or high-reliability embedded systems environments.

Embedded Software Engineer

We are seeking a CubeSat Operator responsible for executing spacecraft operations across the full mission lifecycle, including nominal constellation activities, anomaly response, payload tasking, and coordination with ground segment assets. This role is operations-focused and does not require an engineering background, but demands strong platform understanding, disciplined procedural execution, and the ability to operate under high-stakes, real-time conditions.

Candidates with experience in drone/UAV operations, remote vehicle control, mission operations, or other safety-critical operational environments are encouraged to apply. The operator will work with mission planning and telemetry tools to monitor spacecraft health, manage passes, and ensure service continuity while maintaining strict adherence to operational procedures.

•	Execute spacecraft commanding and monitoring activities to support nominal and contingency operations.

•	Perform formation keeping, payload tasking, and routine constellation operations based on mission requirements.

•	Monitor telemetry and spacecraft health metrics to ensure safe and stable operations.

•	Execute emergency procedures and contingency responses to maintain spacecraft safety and mission continuity.

•	Identify, triage, root cause, and escalate anomalies; support resolution and recovery workflows.

•	Support mission lifecycle operations including launch integration, LEOP, commissioning, calibration, orbital maneuvers, and routine operations.

•	Perform pass analysis, geometry assessment, and mission timeline planning using tools such as: Gpredict, GMAT, STK, and internal mission planning and analysis tools.

•	Interpret orbital parameters, pass behavior (azimuth/elevation), and mission geometry constraints to inform operational decisions.

•	Support development and execution of mission plans and CONOPS across vehicle life cycle phases.

•	Operate and coordinate ground station resources including local infrastructure and distributed GSaaS providers (e.g., LeafSpace, KSAT, or equivalent).

•	Manage scheduling, pass coordination, data downlink workflows, and uplink command execution.

•	Support telemetry, tracking, and control (TT&C) system operations and troubleshooting.

•	Follow, update, and improve operations manuals and procedures.

•	Execute platform and payload activities in accordance with documented procedures and commercial operations requirements.

•	Maintain situational awareness and escalate unexpected behavior; demonstrate strong anomaly ownership and root-cause mindset.

•	Quantify operational risk, handle uncertainty, and maintain performance under time pressure.

•	Support shift-based operations including off-hours, weekends, and anomaly response periods as required.

•	Work effectively with engineering, ground segment, and mission planning teams to ensure coordinated operations.

•	Maintain clear operational logs, reports, and communication during nominal and contingency operations.

•	Operate independently during off-hour support while maintaining strong communication with the broader team.

•	Experience in an operations-focused environment involving remote system monitoring/control, mission operations, UAV/drone operations, or other safety-critical operational roles.

•	Demonstrated ability to operate systems under high-stakes, real-time conditions with strong procedural discipline.

•	Experience interpreting telemetry and monitoring system health metrics.

•	Ability to internalize operational manuals and understand platform-specific behaviors, idiosyncrasies, and limitations.

•	Basic understanding of orbital mechanics concepts (orbital parameters, LEO operations, pass geometry, orbit types such as SSO and mid-inclination).

•	Experience with telemetry, tracking, and control systems or analogous monitoring/control platforms.

•	Willingness to work shift-based schedules, including LEOP, commissioning phases, anomaly response periods, and occasional weekend support.

•	Strong analytical mindset with reluctance to ignore anomalous or unusual behavior without investigation.

•	Excellent communication skills and ability to collaborate in team environments while operating independently when required.

•	Familiarity with mission analysis tools such as STK, GMAT, or Gpredict.

•	Experience coordinating with ground station networks or satellite communication infrastructure.

•	Experience with anomaly handling, root cause analysis, and contingency operations in mission-critical environments.

•	Exposure to spacecraft subsystems or space operations domains including:

•	Experience supporting launch and early orbit operations (LEOP) or commissioning campaigns.

•	Experience working in a 24/7 operational environment with on-call rotation.

•	Strong familiarity with mission planning workflows and operational risk management.

• Competitive salary and a comprehensive benefits package, including health insurance and fuel support.

• Continued support for candidates currently enrolled in a master's or doctoral program.

• Opportunities for continuous professional growth and skill development.

• Engage in a collaborative and innovative work environment.

• Enjoy a positive and enriching work environment, situated in a desirable location.

Careers at BARYONIC SPACE

Project Engineer

Spacecraft Electrical Engineer

Embedded Software Engineer

CubeSat Operator

FPGA Engineer

IT Systems Administrator / DevOps Engineer

Satellite Systems Engineer

PCB Designer

DSP Algorithms Engineer

Software Defined Radio / DSP Engineer