Engineer

• Provide services and support as a Lead Professional Engineer aligned with the Technical Execution / Independent Engineering Functional Area / Category Discipline in the Energy Industry.
• Deliver independent engineering advisory services by converting discipline-specific engineering, construction, compliance, operating, commercial, and risk findings into lender-ready due diligence outputs.
• Coordinate with engineering, finance, legal, construction, operations, environmental, HSE, and project controls stakeholders to support timely lender and DOE decision-making.

Lead Professional Engineer

• Provide services and support as a Facilities Engineer [Independent Engineering (IE) Advisory Services] aligned with the Technical Due Diligence & Engineering Validation For Upstream Oil & Gas (Exploration / Production) Functional Area / Swim Lane / Category Discipline in the Energy Industry (Oil, And Gas/Power, And Utilities).
• Delivering bankable, technically defensible Independent Engineering advisory services by converting discipline-specific engineering, construction, compliance, operating, commercial, and risk findings into lender-ready due diligence, monitoring, certification, and decision-support outputs.
• Serves as a Facilities Engineer - Technical Due Diligence & Engineering Validation For Upstream Oil & Gas (Exploration / Production) Specialist (Labor Category: Senior Consultant II) to provide Technical Due Diligence & Engineering Validation For Upstream Oil & Gas (Exploration / Production) Technical as part of an Independent Engineering (IE) Advisory Services | Energy Dominance Financing (EDF) Advisory / Technical Due Diligence / Credit Evaluation / Lifecycle Monitoring Team that provides Engineering Services.
• Provide Independent Engineering advisory support for Energy Dominance Financing (EDF) Program technical due diligence, credit evaluation, lifecycle monitoring, and assurance activities, with emphasis on upstream facilities, gathering, separation, compression, utilities, and production infrastructure.
• Reviews project documentation, evaluates technical and commercial interfaces, identifies risks and mitigations, validates assumptions, supports conditions precedent and disbursement readiness reviews where applicable, and prepares defensible work products including facility layouts, equipment reviews, capacity checks, utility assessments, and operating readiness reviews.
• Coordinates with engineering, finance, legal, construction, operations, environmental, HSE, and project controls stakeholders to support timely lender and DOE decision-making.

Facilities Engineer

• Provide services and support as a Petroleum Engineer [Independent Engineering (IE) Advisory Services] aligned with the Technical Due Diligence & Engineering Validation For Upstream Oil & Gas (Exploration / Production) Functional Area / Swim Lane / Category Discipline in the Energy Industry (Oil, And Gas/Power, And Utilities) Industry Sector focussing on RM | Risk Management Solutions for clients such as U.S. Department of Energy (DOE) | DOE Energy Dominance Financing (EDF) Program.
• Serves as a Petroleum Engineer within the Technical Due Diligence & Engineering Validation For Upstream Oil & Gas (Exploration / Production) swim lane, delivering bankable, technically defensible Independent Engineering advisory services by converting discipline-specific engineering, construction, compliance, operating, commercial, and risk findings into lender-ready due diligence, monitoring, certification, and decision-support outputs.
• Reviews project documentation, evaluates technical and commercial interfaces, identifies risks and mitigations, validates assumptions, supports conditions precedent and disbursement readiness reviews where applicable, and prepares defensible work products including reserve estimates, decline curves, production models, field development plans, and recovery factor analyses.
• Coordinates with engineering, finance, legal, construction, operations, environmental, HSE, and project controls stakeholders to support timely lender and DOE decision-making.

Petroleum Engineer

• Provide services and support as a Drilling Engineer aligned with the Technical Due Diligence & Engineering Validation For Upstream Oil & Gas (Exploration / Production) Functional Area.
• Deliver bankable, technically defensible Independent Engineering advisory services.
• Conduct well design, drilling program review, cost/schedule risk analysis, and drilling execution feasibility.
• Assist in technical due diligence, credit evaluation, lifecycle monitoring, and assurance activities with an emphasis on well planning and drilling operations.
• Review project documentation, evaluate technical and commercial interfaces, identify risks and mitigations, and validate assumptions.
• Prepare defensible work products including drilling programs, well plans, and cost/schedule analyses.
• Coordinate with engineering, finance, legal, construction, operations, environmental, HSE, and project controls stakeholders.

Drilling Engineer

• Provide services and support as a Completion Engineer [Independent Engineering (IE) Advisory Services] aligned with the Technical Due Diligence & Engineering Validation For Upstream Oil & Gas (Exploration / Production) Functional Area / Swim Lane / Category Discipline in the Energy Industry (Oil, And Gas/Power, And Utilities) Industry Sector focusing on RM | Risk Management Solutions for clients such as U.S. Department of Energy (DOE) | DOE Energy Dominance Financing (EDF) Program.
• Generally Located In CONUS - Located In Washington, DC / Nationwide (Remote Project Support Across the United States).
• Serves as a Completion Engineer within the Technical Due Diligence & Engineering Validation For Upstream Oil & Gas (Exploration / Production) swim lane, delivering bankable, technically defensible Independent Engineering advisory services by converting discipline-specific engineering, construction, compliance, operating, commercial, and risk findings into lender-ready due diligence, monitoring, certification, and decision-support outputs.
• Reviews project documentation, evaluates technical and commercial interfaces, identifies risks and mitigations, validates assumptions, supports conditions precedent and disbursement readiness reviews where applicable, and prepares defensible work products including completion designs, stimulation programs, well test data, cost estimates, and completion risk assessments.
• Coordinates with engineering, finance, legal, construction, operations, environmental, HSE, and project controls stakeholders to support timely lender and DOE decision-making.

Completion Engineer

• Develop and qualify avionic hardware products, specifically related to Li-Ion batteries in support of the TeraWave mission.
• Own the battery electrical integration for TeraWave, including battery-to-Power Management and Distribution (PMAD) interfaces, charging/discharging architecture, protection features, telemetry, fault management inputs, test support, and coordination with Blue Batteries.
• Support battery requirements, ICDs, verification planning, and vehicle-level integration across production, lab, EGSE, and mission operations use cases.
• Manage and maintain a full system design and its associated documentation (CAD, drawings, ICDs, BOMs, etc.)
• Provide technical support during flight build, test, and delivery to other areas of the technical execution team
• Work closely with the program and manufacturing team through build, test, and delivery of flight hardware.
• Support the development of the Automated Test Equipment and transition of the product from development to production release.
• Support the development of the hardware requirements, test plans and procedures in compliance with company and industry standards.
• Support the successful qualification of the hardware.
• Serve as the subject matter expert for integration into the vehicle and assist in troubleshooting and vehicle integration.

Battery Systems Responsible Engineer

• Support the development and operations of New Glenn spaceflight systems
• Conduct thermal and fluid system design analysis for launch vehicle components
• Coordinate analysis questions from multiple teams and define analysis scope
• Implement aerothermal, rocket plume heating, and natural environments for all flight phases
• Document and maintain analysis inputs, models, and results in reports and data books

Principal Thermal Engineer

• Be the bridge: Work directly with utilities and government agencies to integrate Promise’s payment and relief products into their existing systems.
• Problem-solve in the wild: Dive into customer environments, untangling complexity and crafting creative technical solutions that actually work in the real world.
• Level up the product: Improve Promise’s products -- you will have the first hand context of what works and doesn't, if you see something to build, build it!
• Travel occasionally (up to 40% of the time): Join customers on-site to make sure things run smoothly and strengthen our relationships in person.

Forward Deployed Engineer

• Provide services and support as a Upstream Oil & Gas Reservoir Engineer [Independent Engineering (IE) Advisory Services] aligned with the Technical Due Diligence & Engineering Validation For Upstream Oil & Gas (Exploration / Production) Functional Area / Swim Lane / Category Discipline in the Energy Industry (Oil, And Gas/Power, And Utilities) Industry Sector focussing on RM | Risk Management Solutions for clients such as U.S. Department of Energy (DOE) | DOE Energy Dominance Financing (EDF) Program.
• The Upstream Oil & Gas Reservoir Engineer Covers reservoir analysis, production forecasts, reserves/resource validation, and debt-service production assumptions.
• Serves as a Upstream Oil & Gas Reservoir Engineer within the Technical Due Diligence & Engineering Validation For Upstream Oil & Gas (Exploration / Production) swim lane, delivering bankable, technically defensible Independent Engineering advisory services by converting discipline-specific engineering, construction, compliance, operating, commercial, and risk findings into lender-ready due diligence, monitoring, certification, and decision-support outputs.
• Coordinate with engineering, finance, legal, construction, operations, environmental, HSE, and project controls stakeholders to support timely lender and DOE decision-making.

Upstream Oil & Gas Reservoir Engineer

• Own valve component and assembly designs from concept development through qualification, ensuring designs meet rigorous safety, reliability, and performance standards
• Apply strong fundamentals in propulsion, fluid mechanics, thermodynamics, and structural analysis to drive sound design decisions
• Examine non-conforming hardware and develop effective technical resolutions in a timely manner
• Oversee component testing, both standalone and within engine hot fire test environments, ensuring compliance with design requirements and goals
• Utilize CAD tools and GD&T practices to develop precise, manufacturable hardware designs
• Coordinate development activities across program leaders, systems engineers, suppliers, and test groups
• Manage project timelines and deliverables for assigned valve and mechanism development efforts
• Lead stakeholder communication by preparing and presenting design status updates, technical reviews, and project health reports to program leadership
• Collaborate with suppliers and vendors to manage component procurement, track deliverables, and resolve issues
• Support design-to-production transitions, partnering with manufacturing and quality teams
• Mentor and guide junior engineers through development approaches, design techniques, and problem-solving methods
• Foster a collaborative, safety-first team culture consistent with Blue Origin's core values

Propulsion Engineer III

• Architect and deploy mission-critical RF communications systems — from concept through checkout — enabling real-time telemetry, video, and data flows for reusable spacecraft operations
• Own end-to-end system performance, including link budget, phase noise, coverage analyses, and requirements verification across all phases of flight
• Design and execute RF test campaigns spanning bench, integrated systems, and field environments to validate hardware against specifications and ensure full interoperability
• Drive procurement strategy from supplier vetting and selection through ongoing management, ensuring hardware meets rigorous mission requirements
• Define and maintain system architecture, including sizing, requirements derivation, and performance parameters for next-generation communications solutions
• Coordinate critical interfaces across space relay platforms, ground stations, and internal C&DH/payload subsystems to ensure seamless end-to-end connectivity
• Own configuration control and documentation, maintaining detailed functional/logical diagrams, asset inventories, and procedures that keep fast-moving programs on track
• Support hardware integration labs, vehicle testing, peer reviews, and sit on-console during Launch and Early Operations to see your work fly

RF Communication Engineer III – In Space Systems

• Develop and maintain automation scripts and frameworks to streamline ASIC design and verification workflows
• Implement and improve continuous integration systems for ongoing design validation
• Build and maintain regression infrastructure for functional verification and physical design sign-off
• Automate repetitive tasks across synthesis, place-and-route, simulation, and signoff flows
• Work closely with design and verification engineers to identify productivity bottlenecks and develop targeted automation solutions
• Maintain and enhance job scheduling and workload management systems
• Develop metrics dashboards to track design progress, compute utilization, and flow health
• Contribute to the development of regression testing frameworks for CAD flow validation

CAD Engineer – EDA Automation, Verification Flow

• Develop, analyze, and mature control algorithms and control laws for complex dynamic systems
• Build and validate dynamic models and simulations of system behavior, including fluid dynamics, valves, and actuators (MATLAB/Simulink, state-space modeling)
• Perform control systems analysis (CSA): stability, robustness, sensitivity, and performance trades
• Apply model prediction techniques to anticipate system response and inform control design
• Correlate models against development and integrated test data; refine algorithms based on results
• Define control and instrumentation requirements and interface with the Design Office, avionics, software, and test teams
• Support hardware-in-the-loop (HIL) and integrated test activities to verify control performance
• Lead control architecture decisions, mentor junior engineers, and drive cross-program lessons learned

Controls Engineer III

• Support PKI infrastructure engineering in a complex mission critical environment.
• Design, implement, manage, and maintain PKI systems while driving modernization, automation, and compliance initiatives.
• Establish and maintain a high level of customer trust and confidence with your active directory knowledge and skills.
• Creatively think out of the box to help with troubleshooting and support and provide innovative solutions that fit customers’ needs.

Senior PKI Engineer

• Engage in the entire design cycle of pumps including conceptual design, thermo-fluid modeling, structural layout and analysis, integration, test and mission support
• Collaborate with many internal stakeholders to define requirements, dependencies, and schedule needs associated with delivering pumps
• Lead team-based identification, decomposition, and estimation of work scope for full lifecycle pump hardware development
• Manage project schedule, resources, and cost – present status of effort, including risks, variances and recovery plans to program management
• Work to continuously improve the team processes and manage team assignments to move quickly while meeting human space flight standards
• Perform procurement, integration support, and discrepancy resolution
• Oversee component and subsystem level testing including test planning, test execution, data reduction, and analysis
• Create and modify drawings, specifications, and other documentation
• Support procurement activities to support vehicle build schedules

Lunar Fluids Engineer II

• Own the technical delivery of Cape’s products into federal and national security customer environments—from first prototype through operational acceptance and sustainment
• Embed with customer teams around the world to understand workflows, threat models, and constraints that don’t appear in any requirements document
• Configure, integrate, and tune Cape’s mobile core capabilities against the specific mission profile of each deployment
• Lead customer exercises, pilots, and demonstrations; structure them to produce decision-quality evidence rather than theater
• Provide direct technical support during live operations and incidents; conduct root-cause analyses and drive preventive fixes back into the platform
• Write production-grade code to build the glue, integrations, tooling, and one-off capabilities that unblock customer deployments
• Prototype new product features in the field, validate them against real mission use, and work with core engineering teams to expand on successful hypotheses
• Translate customer mission requirements into clear, prioritized engineering asks; translate engineering constraints back into language program officers and operators can act on
• Advocate internally for customer priorities with concrete evidence: deployment data, operator quotes, blocking issues, and the cost of inaction
• Partner with Product and Engineering leadership to inform the roadmap—surfacing patterns across deployments that warrant platform investment versus one-off solutions
• Partner with Business Development and Solutions Architects on captures, pilots, and follow-on opportunities; provide the technical credibility that converts pilots into programs of record

Forward Deployed Engineer – Federal

• Own the technical delivery of Cape’s products into federal/national security/enterprise customer environments—from first prototype through operational acceptance and sustainment
• Embed with customer teams around the world to understand workflows, threat models, and constraints that don’t appear in any requirements document
• Configure, integrate, and tune Cape’s mobile core capabilities against the specific mission profile of each deployment
• Lead customer exercises, pilots, and demonstrations; structure them to produce decision-quality evidence rather than theater
• Provide direct technical support during live operations and incidents; conduct root-cause analyses and drive preventive fixes back into the platform
• Write production-grade code to build the glue, integrations, tooling, and one-off capabilities that unblock customer deployments
• Prototype new product features in the field, validate them against real mission use, and work with core engineering teams to expand on successful hypotheses
• Make sound tradeoffs between bespoke customer work and reusable platform investment—default toward the platform when the pattern repeats
• Translate customer mission requirements into clear, prioritized engineering asks; then work alongside the broader engineering team to build the features that address them; translate engineering constraints back into language program officers and operators can act on
• Advocate internally for customer priorities with concrete evidence: deployment data, operator quotes, blocking issues, and the cost of inaction
• Partner with Product and Engineering leadership to inform the roadmap—surfacing patterns across deployments that warrant platform investment versus one-off solutions
• Partner with Business Development and Solutions Architects on captures, pilots, and follow-on opportunities; provide the technical credibility that converts pilots into programs of record
• Embed with the broader engineering team to design and ship customer-specific features

Forward Deployed Engineer – Asia-Pacific

• Lead efforts in defining and implementing significant components of our new cloud architecture, collaborating with our most senior technologists
• Deliver low-latency and highly scalable services
• Partner closely with our desktop agent and AI teams
• Drive continuous improvement in hiring, design reviews, post mortems, and growing the technical skills our team needs to excel.

Senior Engineer II, Cloud

• DIGIT is seeking a System Administrator to manage and maintain printers throughout the enterprise for the General Services Administration. The individual will support the management of devices throughout their entire lifecycle. This includes administering, operating, maintaining, and supporting enterprise device management platforms, tools, systems, and related integrations used to manage network-connected devices. There are over 1,400 printers in the GSA environment that are deployed throughout the country.
• As a leading provider of advanced information technology solutions and professional services to U.S. federal government agencies, is the prime for an $807m task order in support of the General Services Administration (GSA) Office of Digital Infrastructure Technologies (IDT) DIGIT (Digital Innovation for GSA Infrastructure Technologies) task order driving digital transformation and delivering continuous improvement and business value to its customers. The team is comprised of the best-in-class technology partners to leverage forward-leaning technologies and best practices to transform GSA’s IT capabilities and shift offerings to provide a more flexible service delivery model, completing the agency’s shift to a fully digital experience along with its adoption of advanced, emerging technologies such as intelligent automation, artificial intelligence, and machine learning.

Endpoint Engineer, Printer Engineer

• Lead planning, coordination, execution of detailed EEE workforce skill and knowledge strategies
• Accelerate establishment and implementation of an EEE development strategy
• Manage learning and training requirements and functional deliverables
• Enable engineering career pathing tools and resources
• Maintain the EEE skill health and Boeing Designated Expert (BDE) framework
• Lead content development intended for the development of Electronic and Electrical Engineering talent
• Build relationships to gain support and commitment from others and promote ideas
• Communicate plans and strategies with senior/executive leadership
• Drive results using appropriate processes, tools, schedules, metrics, and data analytics

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