Jobs at ENSCO Inc.

Lead cybersecurity and systems engineering for military satellite communications modernization. Develop technical requirements, acquisition documentation, roadmaps, risk assessments, and integration plans. Coordinate cryptographic key management, COMSEC/TRANSEC planning, certification, testing, and security activities across government, contractor, and mission partners. Support technical baseline reviews, vendor evaluations, executive briefings, and deployment activities for secure space and ground communications systems.

Lead systems engineering, acquisition, architecture, technical baseline, trade study, and integration activities for military satellite communications and related space systems. Coordinate government, industry, and operational stakeholders; support CONOPS, mission planning, technical reviews, program risk tracking, digital engineering, and acquisition decisions. The role requires extensive DoD acquisition experience, SATCOM systems expertise, and an active Top Secret clearance with SCI eligibility.

Supports U.S. government Protected Tactical SATCOM acquisition and system-of-systems integration and test. Responsibilities include assessing contractor assembly, integration, and test activities; evaluating spacecraft, payload, ground-system, and interoperability risks; reviewing technical performance, requirements, compliance documentation, and test readiness; tracking anomalies and program risks; and providing technical recommendations to government leadership. The role is onsite in El Segundo, California and requires the ability to obtain a DoD Secret clearance.

Leads software systems engineering and integration for secure DoD mission-planning applications supporting MILSATCOM. Defines architecture, interfaces, requirements, verification strategies, and integration priorities; coordinates Government stakeholders and prime contractors; oversees deployment into classified, air-gapped environments; supports DevSecOps, cybersecurity, testing, accreditation, and cross-domain data workflows; develops technical artifacts and decision packages; and mentors engineers.

Provides senior systems engineering and integration support for Space Force satellite communications systems. Leads projects through acquisition and execution, develops architectures and requirements, conducts performance analysis, testing, trade studies, and contractor design reviews, and supports technical meetings and government-led studies. Ensures system modifications meet requirements and provides expert guidance on space system design, integration, and corrective measures.

Leads acquisition strategy and technical decision-making for a critical satellite control capability. Translates mission outcomes into prototype, contracting, experimentation, fielding, transition, and production strategies. Coordinates acquisition, engineering, cybersecurity, operations, finance, contracting, logistics, and industry stakeholders; evaluates commercial and modular open-architecture options; develops executive decision packages, roadmaps, scorecards, and risk assessments; and drives rapid evidence-based decisions through transition and fielding milestones.

The role involves software integration for embedded avionic systems, requiring test software development, formal requirements-based test procedures, and system-level testing in a lab environment.

Develops operational and campaign plans for contested space missions, integrating readiness, intelligence, cyber, logistics, training, infrastructure, continuity, and capability transition inputs. Produces decision packages, risk assessments, readiness dashboards, exercises, continuity products, and coordinated planning artifacts for Government mission leaders. Requires at least five years of relevant experience, strong analytical and communication skills, U.S. citizenship, and an active DoD Secret clearance.

Leads acquisition strategy and early capability maturation for a critical satellite control mission. Converts urgent mission needs into executable acquisition pathways, prototype plans, experiments, trade-space decisions, commercial sourcing strategies, modular architectures, and fielding roadmaps. Coordinates acquisition, engineering, cybersecurity, operations, finance, contracting, logistics, and industry stakeholders while producing executive decision packages, scorecards, risk assessments, and transition plans. Requires substantial defense or mission capability experience, technical leadership, strong communication skills, U.S. citizenship, and an active DoD security clearance.

Leads mission-level systems integration across independently governed defense and space programs. Defines shared capability outcomes, reconciles architectures and interfaces, synchronizes milestones and dependencies, establishes integration agreements, drives technical forums and executive decisions, and aligns testing, cybersecurity, training, sustainment, and fielding. The role influences senior stakeholders without formal authority and delivers decision-ready tradeoffs, risk reduction, and coordinated warfighter capability delivery.

Leads integrated campaign, contingency, readiness, and force-generation planning for contested space missions. Translates strategic intent, threats, intelligence, and operational feedback into executable plans, decision products, force packages, capability priorities, training objectives, resilience actions, and fielding recommendations. Coordinates government, military, intelligence, cyber, logistics, engineering, acquisition, and industry stakeholders; facilitates planning events; tracks decisions and outcomes; briefs leaders; and mentors planning staff.

Supports Space Force ground-system prototype programs by integrating financial management, cost and schedule performance, staffing, funding, and technical progress. Develops budgets, forecasts, spend plans, EACs, ETCs, integrated master schedules, and earned-value analyses. Tracks costs, resources, commitments, and requirements; supports baseline reviews, change control, customer reporting, funding actions, and task-order planning. Maintains audit-ready dashboards and decision-support products while briefing senior stakeholders.

Leads mission-level systems integration across independently governed defense and space programs. Defines shared capability outcomes, reconciles architectures and interfaces, maps dependencies and milestones, establishes integration agreements, coordinates demonstrations and testing, and prepares executive trade-space decisions. The role influences senior stakeholders without formal authority and aligns cybersecurity, operations, training, sustainment, production, and fielding activities to deliver usable warfighter capabilities.

The Software Verification Engineer at ENSCO will conduct code reviews, design tests, and execute testing using hardware and low-level tools to enhance aircraft technology.

Lead systems integration for MILSATCOM programs: develop integration strategies, manage technical baselines, analyze and verify requirements, apply digital engineering/digital twins, lead working groups, coordinate government/contractor reviews, assess risks and issues, produce briefings and deliverables, and support verification and test activities in a secure on-site environment.

Lead development of satellite Interface Control Documents (ICDs) in an MBSE environment, coordinate ICWGs, support integration and test, drive interface risk resolution, ensure compliance with program standards, collaborate with primes and government stakeholders, and prepare acquisition and technical requirements artifacts to support decision making.

Manage engineering, testing, research, and training projects for the railway industry, overseeing test plans, budgets, logistics, P&L, stakeholder communication, and project teams.

Provide requirements development and management for MILSATCOM systems: author and maintain Interface Control Documents, produce interface diagrams and data dictionaries, coordinate ICWGs, support integration and test, manage configuration control, drive technical issue resolution, align models with ICDs and cybersecurity baselines, and prepare acquisition and technical briefings for government stakeholders.

Lead and execute configuration management for MILSATCOM programs: develop and manage division-level CMPs, control and audit system changes, support ERBs/CCBs, maintain technical baselines and document repositories, assist with FCA/PCA, provide CM training, and coordinate with program managers and engineers to ensure compliance with DoD and military CM standards.

The Senior Sustainment Systems Engineer will manage systems engineering for MILSATCOM and NC3, ensuring effective communications and operations across various teams. Responsibilities include stakeholder engagement, documentation development, and applying CMMI frameworks to advance systems readiness while providing critical problem-solving skills and overseeing program office functions.