Voyager Technologies

Compliance

• Own the end-to-end cybersecurity GRC program, including governance frameworks, risk management processes, and compliance activities
• Lead CMMC readiness efforts, including scoping, gap assessments, POA&M development, and coordination with the C3PAO through assessment
• Manage the control framework by mapping controls to standards, tracking ownership, and driving remediation
• Build and maintain the evidence library and ensure artifacts are accurate, complete, and audit-ready
• Plan and support internal and external audits, assessments, and third-party reviews; serve as primary auditor contact
• Maintain the organizational risk register, facilitate risk assessments, and track risk treatment decisions to closure
• Partner with IT, engineering, legal, and operations to embed compliance requirements into processes, tools, and projects
• Track regulatory and compliance changes and advise leadership
• Report to the Senior Director of Cybersecurity within the IT department

GRC Lead

Mechanical Engineer

• Provide senior-level mechanical design engineering leadership for controllable solid propulsion systems
• Lead and develop a team of approximately 10 engineers
• Lead complex mechanical design challenges for solid rocket motor systems, specialized igniters, pressure vessels, actuators, hot gas valves, and rocket thrusters
• Perform trade-off analyses and drive multidisciplinary design optimization
• Develop detailed 2D and 3D CAD models and technical drawings
• Apply and interpret complex GD&T and statistical tolerance analysis
• Set up and validate structural, dynamic, thermal, and combustion simulations
• Apply expertise in advanced metals, refractory metals, ceramics, insulators, composites, and additive manufacturing to support design for manufacturability, welding, molding/casting, and assembly planning
• Contribute to propellant chemistry evaluation, grain design optimization, advanced ballistics modeling, and combustion/transient response prediction
• Provide technical direction and programmatic oversight across mechanical engineering
• Ensure alignment of design, performance, and risk with mission and contractual requirements
• Mentor and develop engineering team members through coaching, feedback, training, and growth opportunities
• Support resource planning, staffing allocation, annual operating plan and budget inputs, engineering best practices, performance appraisals, recruitment, and hiring
• Perform team management duties representing approximately 20% of total job duties
• Report to the Director of Engineering within the Controllable Solid Propulsion department

Mechanical Engineer V – Team Manager

Systems Engineer

• Develop and maintain the enterprise architecture roadmap for Azure, endpoint management, and manufacturing applications
• Define Azure architecture standards for networking, identity, security, governance, resilience, monitoring, and cost management
• Establish Microsoft Intune architecture and standards for device enrollment, configuration, application deployment, compliance, patching, and endpoint security
• Guide the architecture, implementation, integration, and modernization of Manufacturo, Apriso, 3DEXPERIENCE, and related manufacturing and engineering systems
• Design integrations among MES, PLM, ERP, quality systems, and enterprise data platforms
• Partner with plant operations and OT teams on connectivity, security, production availability, and change management
• Define identity and access patterns using Microsoft Entra ID, role-based access control, single sign-on, and Conditional Access
• Establish application lifecycle, environment, disaster recovery, and business continuity requirements
• Evaluate technology and vendor proposals for architectural fit, integration complexity, supportability, and total cost of ownership
• Maintain architecture diagrams, reference designs, integration standards, and technical decision records
• Lead architecture reviews and provide technical direction to internal teams, implementation partners, and managed service providers
• Translate business requirements into solution designs and communicate recommendations to technical teams and business leadership

Enterprise Systems Architect

Salesforce Administrator

• Manage Salesforce users, licenses, permission sets, sharing settings, and access controls
• Maintain standard and custom objects, fields, page layouts, record types, validation rules, and Lightning record pages
• Build, maintain, and troubleshoot Salesforce Flows
• Resolve user support requests and coordinate with vendors or technical teams
• Maintain data quality through duplicate prevention, validation, cleanup, and controlled imports and exports
• Create and maintain reports and dashboards for pipeline, sales performance, and business metrics
• Gather requirements, recommend solutions, and manage a prioritized enhancement backlog
• Test changes in sandboxes, coordinate user acceptance testing, and deploy approved updates
• Review Salesforce releases and communicate relevant changes to users
• Monitor connected applications and coordinate integration troubleshooting
• Develop user guides, document configurations, and provide onboarding and ongoing training
• Follow company policies for access, data protection, documentation, and system changes
• Partner with Sales, Marketing, Operations, and IT to configure solutions and promote Salesforce adoption

• Serve as a senior technical leader defining, integrating, and validating complex defense systems
• Act as technical authority ensuring program-level systems engineering rigor and compliance with contractual and mission requirements
• Mentor junior and mid-level systems engineers and foster knowledge transfer and process maturity
• Oversee system, subsystem, and interface requirements definition and maintenance
• Ensure requirements traceability, verification, and compliance with MDA standards
• Lead system architecture development and validation
• Create and execute system-level verification and validation plans
• Define functional allocations, interfaces, and compliance reporting across program tiers
• Interface with propulsion, software, hardware, GNC, and test teams
• Manage system-level risk identification and mitigation strategies
• Coordinate technical baseline management and change control
• Participate in formal reviews including SRR, PDR, CDR, and TRR
• Provide MBSE leadership, including SysML modeling standards and digital engineering toolchain alignment
• Serve as primary technical liaison with customer and supplier organizations
• Support requirements flowdown, verification progress, and technical issue resolution

Systems Engineer V

Engineer

• Lead end-to-end mission success of solid rocket propulsion system programs
• Manage large multidisciplinary teams
• Oversee complex systems engineering processes
• Align technical execution with budgetary and schedule requirements
• Lead cross-functional teams through rigorous design reviews and qualification milestones
• Ensure final systems are producible and compliant with technical data requirements
• Maintain focus on critical paths and deconflict resources
• Drive schedule performance through task span-time management and alternative execution strategies
• Establish and maintain lean technical scope baselines
• Monitor cost performance indices and challenge budget change requests
• Serve as primary technical spokesperson for programs
• Manage internal and external stakeholder relationships
• Present programmatic material, cultivate new business, and keep customer requests within authorized scope
• Provide data-driven technical alternatives for collaborative decision-making
• Report to the Director of Engineering within the Strategic Systems department

Chief Engineer

General Counsel

• Provide legal counsel on a broad range of corporate matters, focusing on commercial contracts and corporate governance
• Work closely with finance and business operations
• Draft, review, and negotiate customer and supplier contracts, teaming agreements, NDAs, licensing agreements, and services agreements
• Advise on corporate governance, entity formation, capitalization, and internal reorganizations
• Assist with corporate transactions, financings, and other strategic initiatives
• Partner with compliance and export control teams to align contracts with regulatory requirements, including government contracting and international trade considerations
• Develop and maintain contract templates, playbooks, and internal guidance
• Support post-acquisition integration, including aligning legal entities, contracts, and compliance obligations
• Report to the General Counsel as part of the Legal department

Corporate Counsel

Research Scientist

• Serve as Voyager-EMSI's principal technical authority for SAR, radar signal processing, and remote sensing phenomenology across airborne, space-based, and other advanced sensor platforms
• Evaluate sensor capabilities, collection geometries, waveforms, and system characteristics affecting data quality and exploitation potential
• Diagnose complex SAR data quality, calibration, image formation, and exploitation challenges
• Establish technical vision and research priorities for SAR signal processing, exploitation, and advanced analytics
• Lead technical trade studies and feasibility assessments for new sensor concepts, processing techniques, and algorithms
• Guide integration of classical signal processing, physics-based modeling, and machine learning
• Define development roadmaps and review technical assumptions and decisions across the SAR portfolio
• Provide technical direction to multidisciplinary scientists, engineers, and analysts and mentor staff
• Conduct technical reviews and establish standards for experimentation, validation, and documentation
• Serve as escalation point for difficult SAR technical challenges
• Advise government, defense, intelligence, commercial, and research customers
• Translate mission needs into technically achievable concepts and communicate SAR concepts and tradeoffs to stakeholders
• Represent Voyager-EMSI in customer meetings, industry events, and advisory forums
• Drive business development by identifying customer needs, market opportunities, and technical gaps
• Provide technical leadership for proposals, white papers, briefings, and internal research initiatives
• Author or contribute to publications, patents, and thought-leadership materials
• Advise executive and program leadership on technical risks, investments, and strategic decisions
• Support program reviews, independent assessments, and resolution of customer concerns
• Preserve and expand EMSI's specialized technical knowledge
• Report to the General Manager

Principal Scientist, Radar and Remote Sensing

QA Automation Engineer

• Design, build, and operate automated solutions that streamline IT and business processes, reduce manual effort, and expand use of AI and agentic workflows
• Identify, design, and implement automation for repetitive IT and business processes
• Build and maintain Python and PowerShell scripts and workflows for infrastructure management, data movement, reporting, and operational tasks
• Develop and manage RPA workflows
• Integrate automation with Microsoft 365, Azure, and third-party SaaS applications through APIs and connectors
• Document automation designs, dependencies, failure modes, runbooks, architecture diagrams, user guides, and compliance evidence
• Evaluate and adopt AI-powered automation tools, agentic frameworks, and large language model integrations
• Design and deploy agentic workflows using LangChain, AutoGen, Semantic Kernel, or similar frameworks
• Integrate AI capabilities into operational workflows and collaborate with stakeholders on production-ready AI automation
• Evaluate and recommend AI tooling, platforms, and vendors for security and compliance alignment
• Design and manage workflow orchestration with Apache Airflow, Azure Logic Apps, Power Automate, or similar platforms
• Build API integrations and event-driven automation pipelines across cloud and on-premises systems
• Implement error handling, retry logic, alerting, observability, and self-healing for automated workflows
• Automate infrastructure provisioning and configuration using Terraform, Ansible, and CloudFormation
• Build and maintain CI/CD pipelines for automated testing and deployment
• Develop self-service automation tooling for non-engineers
• Support automation across Azure Government and AWS GovCloud
• Monitor automation health, logs, and failure rates; perform root-cause analysis and implement durable fixes
• Optimize automation for performance, reliability, and maintainability
• Serve as automation subject matter expert across the Data & Analytics Division
• Partner with IT, data, cybersecurity, and business operations teams to prioritize automation opportunities
• Participate in sprint planning, architecture reviews, and cross-functional working groups
• Mentor team members on automation patterns, scripting best practices, and AI tooling adoption

Automation Engineer

• Lead and support systems engineering activities for solid rocket propulsion systems from concept development through design, integration, test, qualification, production, and sustainment
• Prepare and present systems engineering artifacts, technical analyses, requirements documentation, verification evidence, design review materials, and recommendations
• Support propulsion development and test activities by defining system-level objectives, reviewing test plans and data, evaluating results, and supporting anomaly investigations and root-cause analysis
• Coordinate multidisciplinary engineering teams to resolve technical issues, manage interfaces, identify risks, and support integrated design decisions
• Support system architecture development, technical trade studies, configuration management, and engineering baselines
• Develop verification and validation strategies, plans, methods, and matrices
• Define and manage interfaces between propulsion systems, vehicles, structures, avionics, ground support equipment, test systems, and other subsystems
• Develop, decompose, allocate, and maintain system and subsystem requirements with lifecycle traceability
• Report to the applicable Engineering Manager within the Engineering organization

Systems Engineer – Aerospace

• Design and develop mechanical components, assemblies, structures, tooling, and propulsion-related hardware from concept through production
• Develop detailed 3D CAD models, engineering drawings, specifications, bills of materials, and technical documentation
• Perform or support structural, thermal, stress, fatigue, fracture, tolerance, vibration, and load-path analyses
• Support development, integration, qualification, acceptance, and environmental testing of aerospace and solid rocket propulsion hardware
• Review test data and support root-cause investigations and corrective actions
• Collaborate with propulsion, systems, manufacturing, quality, materials, test, configuration management, and program teams
• Participate in requirements reviews, preliminary and critical design reviews, manufacturing readiness activities, failure reviews, and configuration-controlled change processes
• Resolve manufacturing and production technical issues, evaluate nonconformances, provide engineering dispositions, and implement design improvements
• Apply GD&T, configuration control, risk management, design-for-manufacturability, and lessons learned to improve hardware performance, reliability, and producibility
• Report to the Engineering Manager within the Engineering Department

Mechanical Engineer – Aerospace

• Design, analyze, and develop solid rocket motor and propulsion system components, subsystems, and integrated hardware from concept through qualification and production
• Perform engineering analyses related to motor performance, internal ballistics, combustion, thermal environments, structural integrity, insulation, nozzles, grains, cases, and other propulsion hardware
• Develop and execute engineering requirements, analyses, drawings, specifications, test plans, procedures, and technical reports
• Support propulsion development and qualification testing, including test planning, instrumentation requirements, data review, anomaly investigation, and root-cause/corrective-action activities
• Work cross-functionally with manufacturing, quality, test, systems, program management, and suppliers to mature designs and resolve technical issues
• Support design reviews, risk assessments, failure investigations, and configuration changes throughout the product lifecycle
• Balance performance, manufacturability, reliability, cost, schedule, and safety requirements
• Depending on experience level, independently lead technical work packages or provide technical leadership and mentorship to less experienced engineers
• Report to the Engineering Manager within the Engineering Department