Engineer

• Manage the day-to-day performance of assigned facility service agreements.
• Develop and maintain project budgets, cost forecasts, cash-flow projections, and profitability reports.
• Monitor labor, material, subcontractor, repair, and replacement expenses.
• Identify emerging financial risks and implement corrective actions.
• Evaluate repair-versus-replacement decisions based on lifecycle cost, reliability, efficiency, and contract impact.
• Manage invoicing, purchase orders, proposals, cost allocation, and supporting financial documentation.
• Ensure assigned agreements meet established profitability expectations.
• Coordinate responses to HVAC, mechanical, electrical, plumbing, controls, and other facility issues.
• Review customer requests, analytics alerts, alarms, service records, and equipment history to determine the appropriate response.
• Develop scopes of work and coordinate internal technicians, contractors, vendors, engineers, and controls personnel.
• Track issues from initial identification through investigation, corrective action, and verification.
• Confirm completed work resolves the underlying problem.
• Identify recurring failures and develop long-term corrective action plans.
• Support emergency and after-hours response coordination when necessary.
• Review facility analytics, equipment trends, utility information, alarms, work orders, and service history.
• Identify equipment failures, operational inefficiencies, control problems, maintenance needs, and financial risks.
• Prioritize issues based on customer impact, operational risk, energy use, cost exposure, and likelihood of failure.
• Identify opportunities to improve equipment scheduling, setpoints, sequencing, controls, and energy performance.
• Work with internal teams to improve analytical rules, alerts, reports, and operational tools.
• Serve as the primary day-to-day contact for assigned customers.
• Respond promptly to customer questions, concerns, and facility issues.
• Conduct regular customer meetings and site visits.
• Prepare and present customer-facing reports covering facility performance, completed work, open issues, planned activities, and recommendations.
• Communicate technical and financial information clearly to technical and nontechnical audiences.
• Manage customer expectations while maintaining clear contract boundaries.
• Identify additional opportunities to improve customer operations and create value.
• Develop and maintain short- and long-term equipment replacement plans.
• Coordinate HVAC and infrastructure replacement projects from planning through completion.
• Develop project scopes, budgets, schedules, procurement plans, and implementation strategies.
• Monitor project cost, schedule, quality, and operational impact.
• Evaluate equipment options based on lifecycle cost, maintainability, efficiency, reliability, and contract impact.
• Ensure completed projects are properly commissioned, documented, and incorporated into ongoing maintenance and analytics programs.
• Maintain accurate records of equipment issues, customer requests, work performed, costs, approvals, and resolutions.
• Track key indicators related to reliability, response time, recurring failures, energy performance, customer satisfaction, and profitability.
• Provide regular project and financial updates to company leadership.
• Develop standardized workflows, templates, and reporting processes.
• Help improve the company's facility management, analytics, financial tracking, and project-delivery tools.
• Use data analysis, automation, or programming where appropriate to improve efficiency and decision-making.

Facility Performance Engineer

• Analyzes and designs sequence of operations and work flow to improve efficiencies in plant and production facilities and equipment layouts
• establishes methods for maximum utilization of production facilities and personnel
• May establish or assist in establishing accident prevention measures and may manage training programs for personnel concerning all phases of production operations
• Conducts studies pertaining to cost control, cost reduction, inventory control, and production record systems
• Develops and implements plans and programs for facility modifications and revisions to operating methods
• May assist facilities engineers in the planning and design of facilities

Industrial Engineer

• The Microsoft 365 Collaboration Engineer is responsible for the design, implementation, administration, and optimization of the Microsoft 365 ecosystem
• Ensure a secure, scalable, and highly available collaboration platform that supports voice, video, messaging, and integration with enterprise applications
• Partner with infrastructure, security, networking, and automation teams to deliver a seamless Teams experience aligned with organizational governance, compliance, and business objectives
• Support enterprise collaboration, meeting solutions, app integrations, and lifecycle management across hybrid and cloud environments
• Design, deploy, and manage Microsoft Teams environments in Microsoft 365
• Administer Teams policies (messaging, meetings, voice, app setup, compliance)
• Manage Teams lifecycle (provisioning, classification, expiration, and archiving)
• Optimize performance, reliability, and user experience across Teams workloads
• Support eDiscovery, legal hold, and auditing requirements
• Align Teams configurations with enterprise regulatory and risk frameworks
• Integrate Teams with third-party applications and internal systems
• Support Power Platform (Power Automate, Power Apps) integrations with Teams
• Automate administrative tasks using PowerShell, Graph API, and scripting
• Support bots, connectors, and custom Teams app deployments
• Monitor service health, usage metrics, and adoption trends
• Troubleshoot incidents and service disruptions across Teams workloads
• Partner with service desk and incident management teams for escalation handling
• Document solutions, processes, and operational runbooks
• Drive Teams adoption and best practices across the organization
• Identify opportunities for feature enhancements and platform optimization
• Stay current on Microsoft 365 roadmap and emerging Teams capabilities
• Provide guidance and training to technical teams and end users

Microsoft 365 Collaboration Engineer – Technical Specialist

• This position will provide Manufacturing Engineering support to the manufacturing operations of the plant.
• Typical duties include process design, tooling design, Capital project design and implementation, work instruction documentation, production and maintenance support.
• Plan and implement engineering projects including equipment, tooling, and process improvements.
• Review project design for compliance with engineering principles, safety requirements, company standards, and other related specifications.
• Generate project approval justification through Capital Asset Project Requests (CAPR) and manage Capital Projects including procurement, installation, programming, training, documentation, support to production, and provide status reports as required.
• Identify project staffing, assign and oversee specific phases or aspects such as technical studies, design, preparation of specifications and technical plans, and product testing.
• Analyze, plan, and design layout of equipment and workspace for maximum efficiency.

Manufacturing Engineer

• Analyzes, researches and develops structural engineering specifications involving metals, non-metallic or composite structural materials for product design
• Analyzes damage tolerance, durability, design allowables and structural modeling
• Leads specific structural engineering specialties including dynamics and loads, stability, stress fatigue and thermal analysis
• Utilizes tools including CATIA, IDEAS, ProEngineer and a variety of software applications

Structural Engineer 1

• Designs, develops, and implements testing methods and equipment.
• Plans and arranges the labor, schedules, and equipment required for testing and evaluating standard and special devices.
• Provides test area with parameters for sample testing and specifies tests to be performed.
• Compiles data and defines changes required in testing equipment, testing procedures, manufacturing processes, or new testing requirements.
• Responsible for testing all customer samples and for special tests that cannot be performed in the test area.

Engineer Test 1

• Researches, develops, designs, and tests electrical components, equipment, systems, and networks
• Designs electrical equipment, facilities, components, products, and systems for commercial, industrial, and domestic purposes
• Supports the development, integration, and documentation of electrical and C4I related systems onboard U.S. Navy ships
• Creates and reviews System Concept Documents (SCDs)
• Generates Rough Order of Magnitude (ROM) estimates
• Develops Ship Installation Drawings (SIDs)
• Collaborates with Navy technical personnel, internal design and engineering teams, and waterfront personnel to ensure successful design, integration, and installation of Combat Systems, C4I, communications, radar, weapons, internal communications, and related shipboard systems

Electrical Engineer, Level 2

• Researches, develops, designs, and tests electrical components, equipment, systems, and networks.
• Designs electrical equipment, facilities, components, products, and systems for commercial, industrial, and domestic purposes.
• Develops recommended solutions to technical problems as assigned.
• Work under general supervision and contribute to the completion of assigned technical tasks.

Electrical Engineer 1

• Perform pavement data analysis to support pavement management system (PMS) implementation, updates, and optimization
• Lead or support the implementation and configuration of pavement management systems for clients
• Develop network-level and project-level maintenance and rehabilitation strategies
• Analyze pavement condition data (PCI, IRI, distress, and structural data) and provide actionable recommendations
• Apply engineering principles to evaluate pavement performance, deterioration, and life-cycle strategies
• Prepare technical deliverables including reports, GIS outputs, dashboards, and client presentations
• Support pavement design and rehabilitation recommendations using industry standards
• Assist with specifications development and engineering analyses
• Evaluate non-destructive testing data (e.g., FWD, GPR, TSD)
• Manage projects from initiation through delivery, including client coordination, budgets, schedules, and reporting
• Serve as a point of contact for clients and maintain strong professional relationships
• Coordinate with internal teams and subcontractors to support project execution
• Support project planning, scheduling, budgeting, and data collection programs
• Collaborate with multidisciplinary teams including GIS, geospatial, materials, planning, and field operations
• Ensure deliverables meet client expectations and internal QA/QC standards

Pavement Management Engineer

• Performs technical planning, system integration, verification and validation, cost and risk analyses
• Ensures the logical conversion of customer or product requirements into total systems solutions
• Responsible for supporting Systems Engineering efforts
• Assist in Process Improvement efforts on the program

Systems Engineer 3

• Create, maintain, and deliver various forms of end-user training content
• Work closely with both technical and end-user teammates within the organization
• Collaborate with cross-functional IT teams and business stakeholders to support enterprise collaboration initiatives
• Design, implement, and manage Active Directory domains, user accounts, group policies
• Administer and optimize Microsoft 365 services including Exchange Online, SharePoint Online, Microsoft Teams, OneDrive for Business
• Provide advanced troubleshooting and root-cause analysis for complex identity and collaboration issues
• Maintain comprehensive technical documentation, standards, and operational procedures
• Provide guidance and mentorship to associate- and mid-level engineers.

Senior Unified Collaboration Engineer

• Researches, develops, designs, and tests electrical components, equipment, systems, and networks
• Designs electrical equipment, facilities, components, products, and systems for commercial, industrial, and domestic purposes
• Responsible for establishing, overseeing, and managing all activities related to assigned power and lighting shipboard systems
• Perform research, development, and design of electrical components, equipment, and systems, in accordance with all contractual requirements
• Initiate procurement specifications, review and approve supplier proposals, and review supplier furnished information
• Interface with vendors and Navy technical representatives and support vendor design reviews and testing
• Develop drawings and other documents IAW Mil-Specs and contract drawings
• Interface with other disciplines and departments to ensure seamless integration of assigned systems into the shipboard environment
• Address and resolve technical issues, and make decisions on problems in his/her area of responsibility
• Support shipbuilding production department as required

Electrical Engineer 3

• Researches, plans, designs and develops mechanical products and systems such as instruments, controls, robots, engines, machines and mechanical, thermal hydraulic or heat transfer systems for production, transmission, measurement, and use of energy.
• Applies research to the planning, design, development, and testing of mechanical and/or electromechanical systems, instruments, controls, engines, and/or machines.

Mechanical Engineer 2

• Researches, plans, designs and develops mechanical products and systems such as instruments, controls, robots, engines, machines and mechanical, thermal hydraulic or heat transfer systems for production, transmission, measurement, and use of energy
• Applies research to the planning, design, development, and testing of mechanical and/or electromechanical systems, instruments, controls, engines, and/or machines
• Responsible for performing engineering functions associated with MIL-S-901D/MIL-DTL-901E shock and MIL-STD-167-1 environmental vibration qualification of equipment including leading major projects, preparation of shock test reports, witnessing and assisting shock and vibration tests, preparing drawings related to shock test projects, performing engineering calculations, and preparing and delivering technical presentations to Navy customers
• Will be required to apply engineering standard practices and techniques in specific situations, adjust and correlate data, recognize discrepancies in results, and follow engineering operations through a series of detailed steps or processes
• Must be responsible for leading shock tests at the Ingalls lightweight Shock Test facility with minimal supervision and must be able to support shock and environmental vibration tests at off-site shock test facilities and be capable of on-site problem resolutions for anomalies discovered during shock and vibration testing
• Must also perform technical reviews for shock and environmental vibration qualification of equipment
• Required to develop and analyze equipment/structure to verify shock and environmental vibration specifications are met
• Also required to provide support the completion of procurement specifications and Technical Purchase Requisitions and develop detailed Statements of Work for departmental projects
• Must serve as liaison between the Shock and Vibration engineering organization and other internal Ingalls technical and program organizations as well as Government technical and program organizations
• Must be able to work with limited direction and independently complete assigned tasking with limited supervision
• Required to apply standard engineering practices, scientific principles and techniques to specific situations and recognize discrepancies
• Must have the ability to interact and present information verbally and in writing to internal and external customers in a clear and professional manner

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