Systems Integrator

ensco; Colorado Springs (CO); On-site; USD 90,000 - 130,000; Full time

Job summary

ENSCO Inc. is seeking a Systems Integrator to work directly with Government mission leaders and independently governed program teams delivering elements of a critical space mission capability.

The role focuses on defining mission-level integration objectives, making interdependencies visible, and influencing programs to converge architectures so critical elements align for a timely fielding with clear ownership and risk retirement.

Qualifications

• Bachelor's or advanced degree in Electrical Engineering, Aerospace Engineering, Software Engineering, Computer Science, Physics, Mathematics, or Operations Research.

Responsibilities

• Establish the shared mission outcome and translate operational need into an integrated capability outcome, mission threads, measurable effects, and fielding targets.
• Converge competing architecture visions by reconciling end states, interfaces, data flows, standards, and assumptions into decision-ready options.

Education

Bachelor's or advanced degree in Electrical Engineering, Aerospace Engineering, Software Engineering, Computer Science, Physics, Mathematics, Operations Research

Job description

For more than 50 years, ENSCO has been providing leading-edge engineering, science and advanced technology solutions to governments and private industries worldwide.

ENSCO prides itself in creating and applying advanced technologies for mission success. We provide systems engineering, integration, and advanced technology services to transform the future safety, security, and resiliency of critical missions on the ground, in the air, in space, and in the information systems that connect these domains.

Learn more about ENSCO.

Position Description

ENSCO Inc. is a diverse engineering and technology company that provides engineering, science, and advanced technology solutions supporting mission success, safety, and security for government and commercial customers worldwide.

We are seeking a Systems Integrator to work directly with Government mission leaders and independently governed program teams delivering elements of a critical space mission capability. Each participating organization may hold a different architecture vision, acquisition path, technical baseline, funding profile, and delivery schedule. This role creates trusted relationships and shared technical evidence needed to bring those efforts together.

The leader will define the mission-level integration objective, make interdependencies visible, and influence programs to accelerate, sequence, narrow, pause, or protect work so critical elements converge at a common integration and fielding window. The focus is not scheduling compliance for its own sake; it is synchronized delivery of a usable warfighter capability with clear ownership, open decision logic, and risk retired at the earliest practical point. Government decision owners retain all formal authority.

Primary Responsibilities

• Establish the shared mission outcome. Translate operational need into an integrated capability outcome, mission threads, measurable effects, time-to-field targets, decision points, and minimum evidence required for commitment.
• Converge competing architecture visions. Create a fact-based forum where participating programs can reconcile different end states, boundaries, interfaces, data flows, standards, and technical assumptions into decision-ready alternatives and a coherent mission architecture.
• Build trusted technical relationships. Earn credibility with program leaders, operators, acquisition teams, technical authorities, cybersecurity teams, test organizations, logistics teams, and industry partners; understand what each team must protect before asking it to change course.
• Influence without formal authority. Use mission impact, transparent evidence, and reciprocal commitments to align autonomous programs around shared decisions while preserving each organization's accountability for its own execution.
• Synchronize portfolio timing. Map program milestones, critical paths, integration dependencies, funding decisions, contract actions, test resources, facilities, training, cybersecurity, production, and transition activities against a common mission delivery window.
• Recommend acceleration and deliberate pacing. Identify where a program should accelerate, resequence, narrow an increment, protect schedule margin, or deliberately slow activity so interfaces, evidence, resources, and operational users are ready at the same point in time.
• Create integration agreements. Define interface ownership, data exchanges, configuration boundaries, integration entry and exit criteria, decision rights, evidence owners, escalation paths, and commitment dates that teams can execute.
• Design rapid integration learning. Plan focused demonstrations, interface tests, mission-thread events, digital integration activities, and knowledge points that expose incompatibility and weak assumptions before expensive commitment.
• Preserve modularity and options. Advance open interfaces, modular increments, replaceable components, data-rights objectives, and competitive integration paths that reduce lock-in and allow individual programs to evolve without breaking the mission.
• Drive decision-ready trade space. Frame choices across mission effect, performance, interoperability, cost, schedule, cybersecurity, integration complexity, sustainment, time-to-field, and production scalability so leaders can act quickly.
• Maintain the integrated decision rhythm. Lead technical interchange meetings, architecture convergence sessions, dependency reviews, executive decision forums, and action follow-through; surface unresolved commitments before they become mission-level delays.
• Connect integration to fielding. Align operational acceptance, training, infrastructure, support equipment, continuity, sustainment, reconstitution, and transition activities so the combined capability is usable when delivered.

Qualifications Required

• Bachelor's or advanced degree in electrical engineering, aerospace engineering, software engineering, computer science, physics, mathematics, operations research,