Key job responsibilities 1. Lead quality assurance reviews for multidisciplinary engineering design deliverables across all major project phases including early design and construction release milestones for new client's data center construction projects. 2. Review engineering drawings, narratives, specifications, and supporting construction documentation for completeness, quality, coordination, and compliance with client standards and project requirements. 3. Coordinate and manage cross-functional engineering review workflows between Discipline Leads, Design Managers, consultants, Design Services, and external partners to support successful project execution and milestone delivery. 4. Support end-to-end project lifecycle coordination activities including project provisioning, folder structure governance, access management, milestone tracking, distribution workflows, document control, and engineering project setup activities across systems of record. 5. Manage and monitor design review SLAs, milestone approvals, DEREL escalations, revision trends, quality metrics, and unresolved design issues while proactively identifying risks impacting schedules and project delivery. 6. Support Construction Administration (CA) activities including participation in OAC meetings, RFI coordination, Submittal review tracking, consultant follow-ups, issue escalation management, and coordination between engineering and construction stakeholders throughout project execution. 7. Serve as a primary operational owner and subject matter expert (SME) for Design Engineering- Design Management platform workflows, governance mechanisms, milestone routing, approval tracking, reporting dashboards, and engineering project coordination processes across multiple regions and stakeholder groups. 8. Drive standardization and continuous improvement initiatives by developing scalable workflows, templates, governance mechanisms, reporting structures, and automation opportunities across engineering and construction management systems including Smartsheet, Salesforce, Procore, ACC, and related project management platforms. 9. Mentor and support onboarding of junior QAEs while promoting engineering quality standards, operational consistency, customer obsession, and a culture of high standards across the organization. 10. Communicate effectively with senior leadership through clear operational narratives, risk summaries, escalation reporting, strategic recommendations, and executive-level documentation related to engineering delivery performance and construction readiness. 11. Up to 25% travel may be required

Battery Systems Engineer Our team develops battery systems that power Low Earth Orbit satellite constellation. Our team works across battery design, systems engineering, modeling, test and validation, manufacturing, reliability, quality, and production to deliver safe, reliable, and high-performance battery systems for space applications. What You Will Be Doing As a Battery Systems Engineer, you will own the technical development and maturation of battery requirements and acceptance criteria from early design through production. You will establish the engineering rationale behind requirements, translate system and mission-level requirements into measurable battery-level requirements, and develop technically justified pass/fail limits for development, qualification, and production testing. You will use battery physics, modeling, simulation, tolerance analysis, test data, component specifications, uncertainty analysis, and engineering judgment to determine appropriate test limits and margins. As production data becomes available, you will use Statistical Process Control (SPC), capability analysis, and field and test performance data to continuously evaluate and refine limits while ensuring product performance, reliability, and mission requirements remain protected. This role requires systems thinking, and the ability to connect requirements, analysis, test results, and manufacturing data into defensible engineering decisions. Key Job Responsibilities:Develop and maintain technical rationale and traceability for battery system requirements, including performance, electrical, thermal, safety, reliability, lifetime, and environmental requirements. Decompose satellite and system-level requirements into battery pack, module, BMS, cell, and test-level requirements. Translate engineering requirements into measurable test parameters, pass/fail criteria, guard bands, and production acceptance limits. Establish limits using analytical models, battery simulations, tolerance stack-ups, Monte Carlo analysis, measurement uncertainty, component specifications, characterization data, and empirical test results. Define appropriate engineering margins considering mission conditions, degradation, manufacturing variation, measurement uncertainty, and worst-case operating conditions. Develop and maintain requirement-to-test traceability, ensuring every critical requirement has a technically valid verification method and acceptance criterion. Analyze battery characterization, DVT, qualification, reliability, lifecycle, and production data to validate assumptions and improve models and limits. Apply SPC, process capability metrics such as Cp/Cpk and Pp/Ppk, distribution analysis, and trend monitoring to understand production variation and identify emerging shifts. Periodically reassess pass/fail limits using accumulated production data while maintaining separation between true product requirements, engineering guardbands, and manufacturing control limits. Investigate outliers, limit excursions, and unexpected trends to determine whether they represent product risk, measurement variation, process drift, or inappropriate limits. Partner with Test, Manufacturing, Quality, Reliability, Systems, Electrical, Mechanical, Software, Modeling, and Battery Engineering teams to drive requirement and limit changes through appropriate technical reviews and configuration control. Document assumptions, calculations, models, technical rationale, verification evidence, and change history to ensure requirements and limits remain traceable throughout the product lifecycle. Preferred QualificationsBachelor's or advanced degree in Electrical Engineering, Mechanical Engineering, Chemical Engineering, Systems Engineering, or a related technical field. Experience developing requirements and verification criteria for complex battery, aerospace, automotive, or other high-reliability systems. Strong understanding of Li-ion battery behavior, including capacity, DCIR, OCV, SOC/SOH, degradation, thermal behavior, cell balancing, and electrical protection. Experience using modeling and statistical methods to establish engineering specifications and production acceptance limits. Experience analyzing large production datasets and applying SPC and process capability methods. Ability to communicate complex engineering analyses and defend technical decisions in cross-functional design and requirements reviews.

ABOUT THE ROLE We're looking for a practical, hands-on Electrical Design Engineer to build the electrical hardware and automated test equipment used to verify aerospace electronics in the lab and on the production floor. In this environment, Ground Support Equipment (GSE) is closely analogous to Automated Test Equipment (ATE), so prior aerospace or GSE experience is not required—relevant ATE, production-test, or lab-hardware experience translates directly. This is not a flight-product role. It does not involve aerospace design analysis or complex, high-layer-count space PCBs. Instead, the custom boards are generally simple 2–4-layer test and interface boards. Success in this role depends on your ability to independently take a practical test board from schematic through layout and release, design complete cable assemblies and pinouts, select and integrate commercial test instruments, translate product requirements into test-system requirements, and help implement Python-controlled GSE that is safe, maintainable, and reusable. If you enjoy owning hardware end-to-end and seeing your test systems put real products through their paces, this role is built for you. WHAT YOU'LL DO Own the end-to-end design of custom GSE/ATE electronics, including interface, mux, breakout, adapter, relay, load, and harness-interface boards. Create schematics and perform PCB layout for primarily 2–4-layer test boards; select components and release drawings and manufacturing files. Design complete cable assemblies: select connectors and materials, define signal-to-pin assignments, create cable diagrams and pinout tables, and release build information. Select and integrate commercial test equipment such as power supplies, measurement systems, DAQs, DMMs, oscilloscopes, electronic loads, and switching equipment. Read product requirements and derive the GSE/ATE/test-system requirements needed to prove product compliance. Implement, bring up, and troubleshoot boards, cables, racks, instruments, and system-level electrical interfaces. Partner with software and automation engineers, contributing basic Python scripts for instrument control and GSE operation where appropriate. Support automated testing, engineering validation, production test, and scalable product-delivery workflows. Maintain BOMs, drawings, interface records, configuration data, and concise build/release documentation. Collaborate closely with product electrical, FPGA, embedded software, systems, hardware-infrastructure, test, and manufacturing teams. WHAT YOU'LL BRING Required Qualifications Bachelor's degree in Electrical Engineering, Computer Engineering, or a related technical discipline—or equivalent practical engineering experience. Approximately 2+ years of relevant experience designing PCB assemblies, test hardware, GSE, ATE, production test sets, lab systems, or automation-supporting electronics. Demonstrated end-to-end ownership of simple test/interface PCB designs, including schematic capture, PCB layout, component selection, board release, bring-up, and electrical troubleshooting. Hands-on cable or harness design experience, including connector selection, pinouts, signal mapping, and cable diagrams. Ability to select and integrate off-the-shelf test instrumentation. Ability to translate abstract product requirements into implementable test-system requirements and hardware. Hands-on experience with oscilloscopes, DMMs, DAQs, power supplies, electronic loads, or signal generators. Clear communication, practical judgment, strong organization, and accurate engineering documentation. Preferred Qualifications Experience with automated test equipment (ATE), production test sets, industrial automation, robotics, laboratory systems, or manufacturing engineering. Experience with Altium, KiCad, OrCAD, Eagle, or similar ECAD tools; aerospace-specific tools are not mandatory. Basic Python proficiency, especially for instrument control or test automation; familiarity with SCPI, VISA, or DAQs is a plus. Familiarity with UART, SPI, I2C, CAN, Ethernet, GPIO, ADC/DAC, LVDS, RS-422, or RS-485 interfaces. Knowledge of grounding, shielding, protection, ESD, noise, and EMI/EMC considerations in lab and production equipment. Aerospace/defense experience is welcome but not required. Strong candidates may come from industrial, automotive, robotics, medical-device, or other hardware environments. Location: Sterling, VA (Onsite, 5 days per week) Employment Type: Contract, minimum 1 year with strong likelihood of extension Work Authorization: U.S. Citizen or U.S. Permanent Resident required Level: Mid-level (L2–L3) Start Date: ASAP

The Software Engineer will participate in the full life-cycle software development effort for space electronics embedded systems. This includes project planning, software requirements analysis and definition, software design, software unit and integration testing, software acceptance testing, and integration and testing support through product delivery. Required Qualifications Bachelor's degree in Computer Science, Computer/Electrical Engineering or related technical degree Senior Level: 6+ years of related experience with a Bachelor's degree or 4+ years with a Master's degree Experience developing software in C and C++ Experience developing for Linux platforms Experience developing and debugging software for embedded platforms Experience with software development processes, standards, and product configuration management tools such as Subversion or Git within an Agile development environment Experience developing for embedded operating systems such as Linux, FreeRTOS, VxWorks Experience developing high-reliability software for low-power, embedded systems. Duties and Responsibilities Leads in the design and development of new software features for existing products and new applications Performs software development over the full software life cycle process across multiple projects Works independently or as part of a small team to complete assignments Works with cross functional design team to design, develop and test new embedded software/firmware/hardware; support and enhance existing embedded systems Supports interfacing disciplines such as firmware, mechanical, RF, hardware, integration & test, and project management Perform other duties as assigned. Preferred Qualifications Experience using embedded Linux development tools such as Yocto Experience developing software for embedded systems deployed in space, marine and/or other rugged environments. Experience developing Linux kernel modules and device drivers Experience developing graphical user interfaces using Python libraries Experience developing embedded networking software Experience addressing cybersecurity vulnerabilities in software products * Experience with hardware integration, test and debug tools (logic analyzers, scopes, emulators) and board bring-up/verification in an electronic lab environment

The Lead FPGA Engineer will play a critical role in the design and development of advanced FPGA solutions supporting cutting-edge space-based electronic systems. This position is responsible for architecting, implementing, and verifying complex high-speed programmable logic designs for advanced multi-function RF, processing, networking, and/or data storage solutions using the latest AMD (Xilinx) technologies. The ideal candidate brings deep expertise in RTL design, timing closure, simulation, and system integration, and thrives in a collaborative, multi-disciplinary environment delivering mission-critical solutions to DoD, Intelligence Community, and Civil space customers. Duties and ResponsibilitiesWork within a multi-discipline team of engineers designing advanced multi-function RF, processing, networking, and/or data storage solutions for space applications utilizing the latest Xilinx (AMD) technologies (e.g., Zynq Ultrascale+ MPSoC, Zynq Ultrascale+ RFSoC, and Versal ACAP) Create and maintain complete FPGA designs using a combination of VHDL and Vivado IP Integrator with a strong emphasis on efficient data path architecture, reliable timing closures, and high-performance implementations Code, simulate and verify a wide range of RTL modules for FPGAs including modules for digital signal processing (DSP), control algorithms, interfaces to external peripherals, etc. Design and implement solutions that use embedded ARM processors, DDR4 memory, high-speed serial interfaces such as Aurora, JESD204B/C, PCIe, 1G/10G/100G Ethernet, etc. Create and maintain comprehensive simulation test bench modules to ensure a high degree of code coverage and verify functionality of firmware modules Create and maintain Timing Constraints to ensure design is fully constrained and consistent Timing Results are achieved post-implementation Create and maintain IP core level and Top-Level design documents Participate in code reviews, design reviews, and contribute towards FPGA Design methodologies and best practices Work in close collaboration with hardware and software engineers throughout the integration process to ensure that FPGA designs are correctly implemented Mentor junior engineers: provide training, guidance, and support as needed Required QualificationsBachelor's degree in Computer Engineering, Electrical Engineering or related technical degree 6+ years of related experience with a bachelor's degree OR a 4+ years of experience with a master's degree Experience with firmware design, simulation and verification Thorough understanding of FPGA design methodology including physical synthesis, static timing analysis, place/route, verification, power analysis, and timing closure techniques Experience designing with Xilinx SoC/FPGA devices using the Vivado Design Suite Experience using Vivado IP Integrator Experience with RTL logic design and coding using VHDL Experience writing simulation testbenches to identify bugs and verify designs using SystemVerilog Experience with board bring-up/verification in an electronic lab environment and use of FPGA ILA-based debugging tools such as Vivado HW Debugger, Chipscope, SmartDebug Preferred QualificationsExperience programming and implementing designs using the Versal AI Engines Experience designing with Microsemi (Microchip) FPGAs using Libero Experience using revision control systems, such as Git Experience using Modelsim/Questasim and/or Aldec simulation tools Experience using simulation verification libraries such as UVVM, UVM, OVM, etc. Familiarity with lab test equipment such as logic analyzers, oscilloscopes, signal generators, spectrum analyzers, etc. Highly productive, self-motivated person able to contribute as an individual and work within a distributed team Experience with data networking protocols, routers, switches, etc. Experience with compression algorithms Digital Signal Processing (DSP) MATLAB and Simulink Linux C/C++

The FPGA Engineer will play a critical role in the design and development of advanced FPGA solutions supporting cutting-edge space-based electronic systems. This position is responsible for architecting, implementing, and verifying complex high-speed programmable logic designs for advanced multi-function RF, processing, networking, and/or data storage solutions using the latest AMD (Xilinx) technologies. The ideal candidate brings deep expertise in RTL design, timing closure, simulation, and system integration, and thrives in a collaborative, multi-disciplinary environment delivering mission-critical solutions to DoD, Intelligence Community, and Civil space customers. Duties and ResponsibilitiesWork within a multi-discipline team of engineers designing advanced multi-function RF, processing, networking, and/or data storage solutions for space applications utilizing the latest Xilinx (AMD) technologies (e.g., Zynq Ultrascale+ MPSoC, Zynq Ultrascale+ RFSoC, and Versal ACAP) Create and maintain complete FPGA designs using a combination of VHDL and Vivado IP Integrator with a strong emphasis on efficient data path architecture, reliable timing closures, and high-performance implementations Code, simulate and verify a wide range of RTL modules for FPGAs including modules for digital signal processing (DSP), control algorithms, interfaces to external peripherals, etc. Design and implement solutions that use embedded ARM processors, DDR4 memory, high-speed serial interfaces such as Aurora, JESD204B/C, PCIe, 1G/10G/100G Ethernet, etc. Create and maintain comprehensive simulation test bench modules to ensure a high degree of code coverage and verify functionality of firmware modules Create and maintain Timing Constraints to ensure design is fully constrained and consistent Timing Results are achieved post-implementation Create and maintain IP core level and Top-Level design documents Participate in code reviews, design reviews, and contribute towards FPGA Design methodologies and best practices Work in close collaboration with hardware and software engineers throughout the integration process to ensure that FPGA designs are correctly implemented Required QualificationsBachelor's degree in Computer Engineering, Electrical Engineering or related technical degree 6+ years of related experience with a bachelor's degree OR a 4+ years of experience with a master's degree Experience with firmware design, simulation and verification Thorough understanding of FPGA design methodology including physical synthesis, static timing analysis, place/route, verification, power analysis, and timing closure techniques Experience designing with Xilinx SoC/FPGA devices using the Vivado Design Suite Experience using Vivado IP Integrator Experience with RTL logic design and coding using VHDL Experience writing simulation testbenches to identify bugs and verify designs using SystemVerilog Experience with board bring-up/verification in an electronic lab environment and use of FPGA ILA-based debugging tools such as Vivado HW Debugger, Chipscope, SmartDebug Preferred QualificationsExperience programming and implementing designs using the Versal AI Engines Experience designing with Microsemi (Microchip) FPGAs using Libero Experience using revision control systems, such as Git Experience using Modelsim/Questasim and/or Aldec simulation tools Experience using simulation verification libraries such as UVVM, UVM, OVM, etc. Familiarity with lab test equipment such as logic analyzers, oscilloscopes, signal generators, spectrum analyzers, etc. Highly productive, self-motivated person able to contribute as an individual and work within a distributed team Experience with data networking protocols, routers, switches, etc. Experience with compression algorithms Digital Signal Processing (DSP) MATLAB and Simulink Linux * C/C++

Job Summary We are seeking a Hardware Test Engineer to support the development, verification, and validation of complex hardware across both satellite and customer terminal products. This role is hands-on and cross-functional, partnering closely with Electrical, Mechanical, Software, Systems, and Automation teams to develop and execute tailored test plans, validate test equipment, analyze results, and drive resolution of technical issues. The ideal candidate has 4–7 years of experience in hardware testing, verification, or validation and is comfortable working across the full test lifecycle—from test planning and equipment setup through data analysis, failure investigation, and technical reporting. Experience with satellite hardware is valuable, while exposure to consumer electronics regulatory testing is a plus. Key ResponsibilitiesCoordinate with cross-functional engineering teams to develop and execute tailored hardware test plans. Set up, execute, and document verification and validation testing of system components and assemblies. Manage, calibrate, validate, and troubleshoot test equipment including spectrum analyzers, signal generators, antennas, power amplifiers, oscilloscopes, frequency analyzers, and power supplies. Review and analyze test data to identify trends, assess technical performance, and determine potential risk to mission or product requirements. Investigate test failures, perform root cause analysis, and work with design teams to develop and validate mitigation strategies. Provide actionable test feedback to Electrical, Mechanical, Software, Systems, and Automation teams throughout the product development lifecycle. Develop and maintain test cases, test procedures, test plans, and supporting technical documentation. Support prototype builds, board assembly, cabling, test fixture assembly, and hardware bring-up. Troubleshoot electrical, electro-mechanical, test equipment, and process issues in a laboratory environment. Perform maintenance and repair of test equipment and test fixtures as needed. Write simple Python scripts to automate test activities, manipulate data, or modify existing test utilities. Collect, consolidate, analyze, and present test data. Produce clear test reports, summaries, and technical presentations for engineering and program stakeholders. Work independently to identify technical challenges while collaborating effectively across engineering teams. Maintain a high level of professionalism, integrity, and discretion when working with confidential or proprietary information. Basic QualificationsBachelor's degree in Electrical Engineering, Electronics Engineering, or a related engineering discipline. 4–7 years of experience in hardware test, verification, validation, electrical engineering, or a related engineering environment. Experience developing and executing hardware test plans and procedures. Strong electro-mechanical aptitude and hands-on laboratory experience. Experience using common electrical test and measurement equipment, including oscilloscopes, spectrum/frequency analyzers, signal generators, and power supplies. Experience troubleshooting hardware and test failures and identifying root causes. Experience analyzing test data and communicating technical findings. Experience with board-level hardware, PCB/PCBA assemblies, and cabling. Experience writing or modifying simple Python scripts for testing, automation, or data analysis. Familiarity with Linux and standard engineering/computer tools. Strong written and verbal communication skills. Ability to work effectively in a fast-paced, highly collaborative engineering environment. Preferred QualificationsExperience testing satellite, aerospace, RF, communications, or other mission-critical hardware. Experience with consumer electronics regulatory and compliance testing, such as CISPR 32, CISPR 35, FCC Part 15/B, or ETSI EN 303 699. Experience developing or executing EMC/EMI, radiated emissions/immunity, conducted emissions/immunity, or related regulatory tests. Experience with RF test equipment, including spectrum analyzers, signal generators, antennas, and power amplifiers. Experience with automated test systems and Python-based test automation or data analysis. Experience performing formal Root Cause Analysis and developing corrective actions. Experience supporting prototype development and hardware bring-up. Experience working across multiple engineering disciplines and translating test results into actionable design recommendations. Strong analytical and problem-solving skills with demonstrated ability to identify and articulate technical challenges and solutions. * Experience working in aerospace, satellite, communications, consumer electronics, or other complexhardware development environments. Day in the Life As a Hardware Test Engineer, you will serve as a key technical focal point for hardware verification and validation activities. Your day may include coordinating with engineering teams to define a test approach, preparing and validating test equipment, executing experiments, analyzing data, and working with designers to troubleshoot unexpected results. You will balance hands-on laboratory work with engineering analysis and documentation. You may support satellite development one day and customer terminal hardware the next, giving you exposure to multiple products and engineering disciplines. When testing identifies an issue, you will help determine the root cause, assess its impact to product or mission performance, and work with the appropriate design teams to develop a path forward. This role is well suited for an engineer who enjoys being close to the hardware, solving difficult technical problems, and seeing their analysis directly influence product design and performance.

ABOUT SKILLSHEET Skillsheet is Human-First AI built for recruiting. We run one live graph of 850M+ professional profiles and put three products on top of it .Recruiting & Sourcing, Events, and Sales. Candidates, attendees, and buyers are all the same people; we just ask each profile a different question. Our recruiting product sources the market from a plain-English brief, verifies who people really are, and pre-screens shortlists before anyone spends an hour on them. We're looking for a Sourcer/Recruiter who lives and breathes people — someone who can find the right person in a crowd, start a real conversation, and make an opportunity feel worth taking. WHAT YOU'LL DO Source the market. Dig through profiles, networks, and channels to find talent that actually fits the brief — not just the easy matches. Open real conversations. Reach out to candidates in a way that gets replies, builds trust, and makes people want to keep talking. Sell the opportunity. Pitch roles, teams, and the Skillsheet story so candidates see the upside — persuasion done honestly, not with pressure. Own the candidate experience. Keep people informed, respected, and warm at every step, whether they move forward or not. Screen and shortlist. Assess fit early, ask sharp questions, and hand over candidates you'd genuinely vouch for. Adapt on the fly. Roles shift, priorities change, and new tools land constantly — you adjust fast and keep moving. Work the pipeline. Track outreach, follow up on time, and keep every candidate moving without dropping anyone. WHAT WE'RE LOOKING FOR Strong people instincts. You read people well, listen more than you talk, and leave candidates feeling good about the interaction. Excellent spoken and written English. You communicate clearly, warmly, and professionally — over calls, chat, and email. A persuasive touch. You can "sell" an idea, a role, or a vision the right way — make people care without overselling. Quick to adapt. You pick up new tools, markets, and role types fast and stay steady when things change. Self-driven. You thrive working remotely — organized, accountable, and proactive without someone watching over your shoulder. Comfortable with tech and AI tools. You're happy learning platforms like Skillsheet to work smarter, not harder. NICE TO HAVE Prior experience in recruiting, sourcing, sales, business development, or customer-facing roles. Exposure to hiring for tech, startups, or fast-moving teams. A track record of building relationships that outlast a single transaction. WHY JOIN Work at the front line of a platform reinventing how the world finds and hires people. Fully remote, based out of Pune — flexibility with real ownership. Learn cutting-edge AI recruiting tools and grow with a product that's scaling fast. A team that treats recruiting as a people craft first, and technology second.

FPGA Engineer - Networking Developer Industry: Defense and Space Manufacturing Location: Fairfax, VA (On-site) Duration: 1 year with high probability of extension Compensation: $130,000–$170,000 Work Authorization: U.S. Citizen or U.S. Permanent Resident required ABOUT THE ROLE We are seeking experienced FPGA / RTL Design Engineers to support the development of advanced programmable logic solutions for complex space-based electronic systems. This role is highly hands-on and focused on FPGA architecture, RTL development, simulation, verification, timing closure, board bring-up, and system integration using modern AMD/Xilinx FPGA and SoC technologies. The ideal candidate is someone who personally writes RTL, develops and integrates FPGA modules, works comfortably in Vivado, and has experience bringing FPGA designs onto physical hardware. Experience with Ethernet, networking protocols, packet processing, routers/switches, or other communications-oriented FPGA architectures is highly preferred, but not mandatory for an otherwise strong FPGA developer. KEY RESPONSIBILITIES Design and develop advanced FPGA solutions for RF, processing, networking, and data-storage applications. Develop FPGA designs using AMD/Xilinx technologies including Zynq UltraScale+, RFSoC, and Versal platforms. Create and maintain FPGA designs using VHDL and Vivado IP Integrator. Architect and implement high-performance datapaths. Develop, simulate, debug, and verify RTL modules. Create FPGA logic for DSP, control algorithms, peripheral interfaces, and high-speed communications. Support interfaces including DDR4, Aurora, JESD204B/C, PCIe, and 1G/10G/100G Ethernet. Create and maintain simulation testbenches. Perform RTL verification and identify functional defects before hardware integration. Develop and maintain timing constraints. Perform static timing analysis and support timing closure. Create FPGA IP-level and top-level design documentation. Participate in code reviews and design reviews. Support FPGA board bring-up and hardware verification. Debug FPGA designs using tools such as Vivado Hardware Manager, ILA, Chipscope, SmartDebug, and related lab equipment. Collaborate closely with hardware and software engineers throughout system integration. REQUIRED QUALIFICATIONS Bachelor's degree in Computer Engineering, Electrical Engineering, or a related technical field. 6+ years of related experience with a bachelor's degree, or 4+ years with a master's degree. Recent hands-on experience developing AMD/Xilinx FPGA or SoC FPGA designs. Strong experience with Vivado Design Suite. Experience with Vivado IP Integrator. Meaningful hands-on RTL design and coding experience. Strong VHDL experience preferred; Verilog experience may also be considered. Experience personally developing and integrating FPGA modules. Experience with FPGA simulation and verification. Experience developing simulation testbenches. Strong understanding of FPGA design methodology, including: Physical synthesis Static timing analysis Place and route Verification Power analysis Timing closure Experience with board bring-up and FPGA hardware debugging. Experience using FPGA-based debugging tools such as ILA, Vivado Hardware Debugger, Chipscope, or similar. PREFERRED QUALIFICATIONS Experience with Ethernet or networking-oriented FPGA designs. Experience with 1G, 10G, or 100G Ethernet. Experience with packet processing, routers, switches, or networking protocols. Zynq, Zynq UltraScale+, RFSoC, or Versal experience. DDR memory interface experience. PCIe experience. Aurora or other SERDES/high-speed serial communications. JESD204B/C. Digital Signal Processing. Compression algorithms. Board bring-up and lab debug. Experience with Microchip/Microsemi FPGAs and Libero. Experience with ModelSim, QuestaSim, or Aldec simulation tools. UVM, UVVM, OVM, or similar verification methodologies. Git or other revision-control systems. MATLAB and Simulink. Linux. C/C++. Aerospace, defense, or space hardware experience.

BATTERY PRODUCT SUPPORT ELECTRICAL ENGINEER Industry: Aerospace / Defense Manufacturing Location: Sterling, VA (Onsite) Duration:1 year (potential for extension) Schedule: core onsite hours are 10:00 AM–3:00 PM Compensation: $100,000–$140,000 Experience Level: Approximately 2–5 years preferred Start Date: ASAP Work Authorization: U.S. Citizen or U.S. Permanent Resident required ABOUT THE ROLE We are seeking a hands-on Battery Product Support Electrical Engineer to support and sustain a mature aerospace battery product already in production. This role combines electrical troubleshooting, production support, automated test equipment support, product configuration management, and battery performance characterization. The engineer will investigate product and test failures, support manufacturing, organize and maintain product configuration data, execute customer-driven testing, and help characterize battery behavior across time, temperature, and other environmental conditions. The ideal candidate is a curious, practical electrical engineer who enjoys root-cause problem solving and working directly with mature hardware. Previous professional battery experience is highly valuable, but candidates with strong electrical troubleshooting and product-support backgrounds who have a genuine interest in battery behavior and performance are also encouraged to apply. KEY RESPONSIBILITIES Support the ongoing production and lifecycle of a mature aerospace battery product. Create and maintain product structures connecting top-level assemblies, subassemblies, bills of material, and component-level information. Review existing design and configuration data and ensure technical and procurement records are organized and accurate. Investigate failed production and acceptance tests. Troubleshoot electrical hardware, recurring production issues, and nonconformances. Perform root-cause investigations and work with engineering, manufacturing, quality, and procurement teams to implement corrective actions. Diagnose problems with automated test equipment and production test systems. Isolate failed test-system components and coordinate repair or replacement to return equipment to service. Plan, execute, and document customer-specific battery testing. Support long-duration and environmental battery characterization. Analyze battery degradation, temperature effects, and changes in performance parameters over time. Maintain engineering records, test results, interface information, BOMs, and production-support documentation. Communicate technical findings, risks, and progress clearly and follow issues through closure. REQUIRED QUALIFICATIONS Bachelor's degree in Electrical Engineering or a closely related engineering discipline. Approximately 2+ years of relevant professional engineering experience. Hands-on experience troubleshooting electrical hardware, test systems, production equipment, or electromechanical products. Strong electrical engineering fundamentals. Ability to interpret electrical schematics, bills of material, assembly structures, test results, and engineering documentation. Demonstrated experience investigating hardware or test failures and identifying root causes. Ability to document findings and support corrective actions. Strong organizational skills and attention to technical detail. Comfortable working directly in a production and hardware-development environment. Strong communication, follow-through, and problem-solving skills. Genuine interest in battery behavior, degradation, temperature effects, and long-duration performance. PREFERRED QUALIFICATIONS Experience with batteries, battery packs, battery-management hardware, energy storage, or electrochemical products. Experience supporting a mature product in manufacturing or low-rate/high-mix production. Experience with automated test equipment, production test sets, test software, or instrument-controlled test systems. Experience with environmental testing, lifecycle testing, reliability characterization, or failure analysis. Experience investigating production nonconformances or test failures. Experience maintaining product structures, BOMs, and configuration-controlled technical data. Experience with ERP, PLM, or similar product-management systems. Exposure to aerospace, defense, or other highly regulated hardware environments.