Engineer

• Supervise, lead, and train Critical Facility Engineers
• Serve as a recognized expert within the area of specialization
• Perform electrical, mechanical, and control system maintenance and operations according to SOP/MOP/EOP
• Coordinate, supervise, and monitor activities from a 24/7/365 Facility Operations Center
• Dispatch peers to investigate or respond to Facility Operations Center alerts
• Support Facility Operations Center dispatch requests in the field
• Supervise contractors, trade workers, and vendors
• Perform facility inspections
• Participate in Root Cause Analysis for events, faults, and issues
• Drive continuous improvement of data center operations programs and processes
• Complete an 8-month Critical Facility Engineering certification program
• Foster a collaborative team culture
• Operate data center critical infrastructure 24/7/365 with 100% uptime and respond to facility reliability events

Senior Critical Facility Engineer

• Research and study the structures and chemical properties of natural and manmade materials
• Perform experiments and computer modeling
• Determine ways to strengthen or combine materials or develop new materials with specific properties
• Test materials for conformance to specifications including mechanical strength, strength-weight ratio, ductility, magnetic and electrical properties, and resistance to abrasion, corrosion, and heat/cold
• Recommend materials for reliable performance in various environments
• Test products to ensure quality and safety standards are met

Welding Engineer, Manager

• Support development of new aircraft carriers
• Support modernization of the existing aircraft carrier fleet
• Support design of a new battleship class
• Support standard valve designs used throughout the Navy
• Design electromechanical components
• Apply electrical, electronic and mechanical principles to components and systems
• Perform assembly, analysis, and documentation of results
• Construct developmental assemblies, sub-assemblies, and components
• Conduct quality testing
• Support and participate in design, testing, modification, fabrication, and assembly of prototype electromechanical systems

Electromechanical Engineer – Level 4

• Apply electrical, electronic and mechanical principles to components and systems
• Assemble, analyze and document results
• Construct developmental assemblies, sub-assemblies and components
• Perform quality testing
• Support and participate in the design, test, modification, fabrication and assembly of prototype electromechanical systems
• Maintain the design of complex mechanical and electrical machinery within U.S. Navy aircraft carrier propulsion plants
• Support aircraft carrier new construction, testing, delivery, in-service maintenance and fleet operations
• Define procurement design objectives, specifications and requirements
• Oversee suppliers to ensure products meet objectives and requirements
• Ensure delivery of technically compliant products supporting ship construction and test schedules
• Support shipyard and Navy personnel operating propulsion plants
• Liaise between shipyard/Navy activities and machinery manufacturers
• Assist with ship construction and repair
• Provide advanced troubleshooting guidance
• Identify beneficial design improvements and maintenance practices
• Collaborate with Navy customers, supply partners, shipyard trades, engineers, project managers and business professionals
• Teach and mentor junior engineers through formal and informal training

• Analyze, research, design and develop materials and related fabrication and application processes
• Develop and optimize materials for engineering design and application in structures, systems and subsystems
• Apply principles of chemistry, physics, and material behavior to develop metallic, non-metallic and composite material and processing specifications
• Develop fabrication and assembly processes
• Develop, analyze and apply material properties and design allowables, processing processes and quality engineering specifications
• Perform material analyses, including failure analysis, life predictions, and definition and requirement specifications
• Review and approve subcontractor material processing procedures

Material Process Engineer

• Lead the technical migration from legacy SQL Server stored procedures and ADF pipelines to Databricks Lakehouse (Delta Lake)
• Translate relational data warehousing paradigms into scalable, distributed Lakehouse frameworks across Bronze, Silver, and Gold layers
• Design reusable ETL/ELT frameworks using PySpark, Delta Live Tables, and Databricks Workflows
• Architect and refine Gold Layer dimensional models and star schemas for Power BI performance
• Optimize Databricks SQL Warehouses for high-concurrency, low-latency Power BI queries
• Implement Z-Ordering, data skipping, liquid clustering, and materialized views
• Define governance standards for cluster sizing, auto-scaling, and serverless SQL compute
• Monitor Databricks Unit consumption and identify cost-saving opportunities
• Establish Delta Lake partitioning and file size management practices
• Design and implement Unity Catalog data security models
• Enforce row-level and column-level security policies
• Align Lakehouse security with Azure Active Directory/Microsoft Entra ID and RBAC standards
• Serve as primary technical lead through pair-programming sessions, workshops, and code reviews
• Create technical documentation, architecture diagrams, design patterns, and optimization playbooks
• Build knowledge transfer processes for post-migration team self-sufficiency
• Communicate with technical and non-technical audiences
• Complete tasks in an organized, timely, and detail-oriented manner

Databricks Migration Engineer

• Apply electrical, electronic, and mechanical principles to components and systems
• Assemble, analyze, and document results
• Construct developmental assemblies, sub-assemblies, and components
• Perform quality testing
• Support and participate in the design, testing, modification, fabrication, and assembly of prototype electromechanical systems
• Maintain the design of complex mechanical and electrical propulsion machinery
• Support aircraft carrier new construction, testing, delivery, in-service maintenance, and fleet operations
• Define design objectives and establish specifications and requirements for new machinery procurement
• Oversee suppliers to ensure products meet design objectives and requirements
• Ensure delivery of technically compliant products supporting ship construction and test schedules
• Support shipyard and Navy personnel operating the propulsion plant
• Liaise with machinery manufacturers
• Assist with ship construction and repair
• Provide advanced troubleshooting guidance
• Identify beneficial design improvements and maintenance practices
• Collaborate with Navy customers, supply partners, shipyard trades, engineers, project managers, and business professionals
• Lead technical project teams and mentor junior engineers

Electromechanical Engineer 3

• Analyze and design sequences of operations and workflows to improve efficiency in plant and production facilities and equipment layouts
• Establish methods for maximum utilization of production facilities and personnel
• Assist in establishing accident prevention measures
• Manage training programs for personnel concerning production operations
• Conduct studies on cost control, cost reduction, inventory control, and production record systems
• Develop and implement plans and programs for facility modifications and revisions to operating methods
• Assist facilities engineers in planning and designing facilities

Industrial Engineer 1

• Perform technical planning, system integration, verification and validation, cost and risk, supportability, and effectiveness analyses for total systems
• Analyze systems across concept, design, fabrication, test, installation, operation, maintenance, and disposal
• Convert customer or product requirements into total systems solutions within technical, schedule, and cost constraints
• Perform functional analysis, timeline analysis, trade studies, requirements allocation, and interface definition studies
• Provide technical guidance for A4W and A1B engineering systems and processes
• Integrate engineering teams with technology roadmaps and align technical milestones with procurement and logistics
• Use data and advanced tooling such as COOPIR/IMR to distinguish tactical needs from strategic goals
• Serve as technical liaison between LCM, OM, Navy Procurements, NAVSEA, NNL, BPMI, and NAVSUP
• Drive lifecycle management initiatives and improve cradle-to-grave lifecycle management information
• Identify high-risk systems and develop solutions addressing obsolescence and spare-parts availability

Engineer III

• Analyze and design sequences of operations and workflows to improve efficiencies in plant and production facilities and equipment layouts
• Establish methods for maximum utilization of production facilities and personnel
• Establish or assist in establishing accident prevention measures
• Manage training programs for personnel concerning all phases of production operations
• Conduct studies pertaining to cost control, cost reduction, inventory control, and production record systems
• Develop and implement plans and programs for facility modifications and revisions to operating methods
• Assist facilities engineers in planning and designing facilities

Engineer jobs in Virginia

Senior Critical Facility Engineer

Welding Engineer, Manager

Electromechanical Engineer – Level 4

Electromechanical Engineer – Level 4

Material Process Engineer

Databricks Migration Engineer

Electromechanical Engineer 3

Industrial Engineer 1

Engineer III

Industrial Engineer 2