Jobs at ENSCO Inc.

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.

The Machine Learning Engineer will develop ML and DL models, assess algorithm performance, and mentor junior engineers using data analytics and advanced algorithm integration.

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 enterprise architecture modeling using Cameo/MagicDraw and Cameo Teamwork Cloud; establish MBSE modeling standards and configuration processes; manage TWC availability and security; support RMF/ATO documentation and compliance; coordinate with AWS/cloud teams; apply mathematical modeling and decision-support analyses; document systems and align IT with business processes. May oversee junior staff and work on mission-critical programs.

Perform geophysical data acquisition, processing, modeling, and interpretation supporting underground facility characterization and WMD threat analysis. Develop algorithms and ML solutions, run multimodal sensor tests (seismic, GPR, EM, acoustic), document field activities, write technical reports, and support DoD/IC field operations and testing.

Lead geophysical field surveys and operate sensors (seismic, GPR, EM); develop ML algorithms and physics-based models; perform inversion and 3D analysis; design and validate tests; integrate geophysical data with multidisciplinary teams; prepare technical reports for DoD/IC missions. Requires field work, travel, and active security clearance.

Develop and maintain enterprise architecture models with Cameo/MagicDraw, manage Cameo Teamwork Cloud, support MBSE and RMF/ATO activities, coordinate with AWS/cloud teams, ensure cybersecurity and IAM compliance, and provide decision-support and optimization analyses for mission-critical programs.

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.

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.

Provide senior enterprise systems engineering and technical leadership for SATCOM programs: develop MBSE-based technical baselines, manage requirements traceability, lead integration and working groups, assess risks and impacts, coordinate stakeholders, and support DoD decision-making to ensure interoperable capability delivery.

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.

The Sustainment Master Scheduler manages program schedules, coordinates with internal and external stakeholders, prepares schedule reports, and enhances scheduling processes within a team environment at a Space Systems Command program.

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.

Design and verify mechanical components and assemblies for avionics, produce and check drawings and specifications, coordinate prototype manufacturing, investigate manufacturing/quality issues, and liaise with customers, vendors, and internal teams to ensure conformance to specifications.

Design, review, and verify FPGA implementations: analyze requirements, review designs and implementations for coverage, and create tests and simulations (Questa or similar) to verify requirements for avionics systems.

Develop and integrate Ethernet switches for avionics applications, write and test embedded C software in a Linux environment, and troubleshoot issues with cross-functional teams to support aircraft systems.

The Senior Project Manager oversees projects in the railway sector, manages project teams, prepares test plans, and coordinates activities, ensuring compliance with regulations and safety protocols.

Provide logistics and product support for Space Force/DoD systems across the acquisition lifecycle: develop product support requirements, sustainment strategies, technical order approaches, integrate reliability/maintainability with integrated product support elements, coordinate logistics and procurement/budgeting activities, maintain records and reports, and support field readiness with minimal supervision.

Responsible for logistical support including equipment management, inventory accountability, environmental compliance, and coordination with site management for test programs.