Reliability Engineer

The Reliability Engineer supports and enhances manufacturing equipment reliability through part obsolescence management, technical research, upgrade planning, and project coordination. This role evaluates mechanical and electrical components for availability, compatibility, replacement options, and long-term supportability, with a strong focus on CNC, PLC, and manual machinery. Working closely with maintenance, engineering, suppliers, and project stakeholders, the Reliability Engineer identifies at-risk components, develops replacement strategies, maintains technical documentation, and supports equipment upgrade implementation. The position is hands-on and suited for a self-driven individual who takes ownership of assignments, is eager to learn, and collaborates effectively within a team. Responsibilities

• Investigate mechanical and electrical equipment issues and identify failed or at-risk components that may impact manufacturing reliability.
• Review mechanical, electrical, and assembly drawings to accurately identify repair and replacement parts.
• Support the planning, scheduling, and implementation of component upgrades and equipment improvement projects to enhance equipment performance and uptime.
• Track project milestones, follow-up items, vendor deliverables, and implementation schedules to ensure projects remain on time and within scope.
• Recommend new technologies and replacement strategies to improve long-term equipment supportability and reduce obsolescence risk.
• Perform project planning and management activities, including defining scope, timelines, and resource needs for reliability and upgrade projects.
• Coordinate communications and follow-up meetings with original equipment manufacturers (OEMs), suppliers, and internal stakeholders to resolve technical issues and align on solutions.
• Develop and maintain technical documentation, including equipment records, parts lists, and upgrade documentation to support ongoing maintenance and future projects.
• Provide process support and troubleshooting guidance to maintenance and production teams for CNC, PLC, and manual machines.
• Contribute to process improvements by identifying recurring issues, proposing corrective actions, and supporting implementation of reliability-focused initiatives., This role operates within a large, high-volume manufacturing facility that produces engines and differentials for a wide range of vehicles. The plant spans more than one million square feet and supports the assembly of various engine types under one roof, contributing to a fast-paced and dynamic production environment. The Reliability Engineer works closely with maintenance, engineering, production, and supplier teams on the shop floor and in office settings, regularly interacting with CNC, PLC, and manual machines and their associated support systems. Work involves hands-on equipment investigations, review of technical documentation, and coordination of upgrades and improvement projects. Standard business hours typically apply, with flexibility required at times to support production schedules, project timelines, and critical equipment issues. The environment emphasizes teamwork, continuous improvement, and long-term equipment reliability, with frequent use of digital tools

Teamwork Machinery Timelines Machining Visionary Scheduling Leadership Management Automation Innovation Reliability Coordinating Communication Data Analysis Investigation Differentials Detail Oriented Microsoft Excel Problem Solving Project Planning Assembly Drawing Technical Issues Project Management Technical Research Workflow Management Process Improvement Document Management Project Coordination Project Stakeholders Willingness To Learn Electrical Equipment Electronic Components Mechanical Engineering Corrective Maintenance Reliability Engineering Artificial Intelligence Technical Documentation Development Environment Obsolescence Management Engineering Design Process Enterprise Resource Planning Continuous Improvement Process Milestones (Project Management) Equipment Upgrade Implementation Troubleshooting (Problem Solving) Computerized Maintenance Management Systems, * Proven experience in reliability engineering with a focus on manufacturing equipment.

• Hands-on experience with CNC, PLC, and manual machines in a production environment.
• Experience performing preventative and corrective maintenance on manufacturing equipment.
• Ability to read and interpret schematics, assembly drawings, and machine documentation.
• Experience coordinating vendors, suppliers, and internal stakeholders to resolve technical and logistical issues.
• Project planning and project management skills, including scheduling and tracking tasks and milestones.
• Experience with CMMS, ERP, parts databases, Excel, or similar systems for tracking equipment, parts, and project data.
• Bachelor’s degree in mechanical engineering or equivalent practical experience preferred.
• Minimum 5 years of experience in the automotive industry.
• Minimum 3 years of experience in a machining environment.
• Strong communication skills to collaborate effectively across maintenance, engineering, and supplier teams.
• Ability to troubleshoot mechanical, electrical, and pneumatic systems.
• Experience in project plan execution, process improvements, and project tracking., * Python experience for data analysis or automation is preferred.
• SharePoint experience for document management and collaboration is preferred.
• Experience with data automation tools or workflows is an advantage.
• Background in reliability engineering, including obsolescence management and long-term supportability planning, is beneficial.
• Strong analytical and problem-solving skills to evaluate component options and recommend effective replacement strategies.
• Ability to work independently with minimal supervision while contributing positively to a team environment.
• High level of organization and attention to detail in managing technical documentation and project activities., Individual compensation offered for this position within this range will depend on many factors, including qualifications, skills, relevant experience, job knowledge, geographic location, internal equity, and other pertinent job-related factors., AutoCAD Equities Machining Operations Leadership Innovation Subsystems Prototyping 3D Modeling Peer Review Fabrication Market Data Coordinating Communication Data Analysis Presentations Cyber Security Subcontracting Detail Oriented Microsoft Excel Problem Solving Thermal Systems Ancient History Microsoft Office Test Engineering SolidWorks (CAD) Thermal Analysis Secret Clearance Mechanical Design Bill Of Materials Materials Science Tolerance Analysis Analytical Thinking Aerospace Materials Composite Materials Mechanical Assembly Engineering Statics Microsoft PowerPoint Engineering Drawings PTC Creo (CAD Suite) Engineering Tolerance Intelligence Analysis Mechanical Engineering Mechanics Of Materials New Product Development Manufacturing Processes Configuration Management Engineering Calculations Product Lifecycle Management Troubleshooting (Problem Solving) Additive Manufacturing (3D Printing) Engineering Plans And Specifications Geometric Dimensioning And Tolerancing ASME Boiler And Pressure Vessel Code (BPVC) Computer Aided Three-Dimensional Interactive Application (CATIA) +0 Equipment Engineer Actalent

Huntsville, AL*On-Site

Planning Teamwork Machinery Timelines Machining Visionary Scheduling Leadership Management Automation Innovation Reliability Coordinating Communication Data Analysis Investigation Differentials Detail Oriented Microsoft Excel Problem Solving Project Planning Assembly Drawing Technical Issues Project Management Technical Research Workflow Management Process Improvement Document Management Project Coordination Project Stakeholders Willingness To Learn Electrical Equipment Electronic Components Mechanical Engineering Corrective Maintenance Reliability Engineering Artificial Intelligence Technical Documentation Development Environment Obsolescence Management Engineering Design Process Enterprise Resource Planning Continuous Improvement Process Milestones (Project Management) Equipment Upgrade Implementation Troubleshooting (Problem Solving) Computerized Maintenance Management Systems +0 Mechanical Engineer Leidos

Huntsville, AL*On-Site

Welding AutoCAD Equities Machining Operations Leadership Innovation Prototyping 3D Modeling Peer Review Fabrication Market Data Coordinating Communication Data Analysis Presentations Cyber Security Detail Oriented Microsoft Excel Problem Solving Thermal Systems Ancient History Microsoft Office Test Engineering SolidWorks (CAD) Thermal Analysis Secret Clearance Mechanical Design Bill Of Materials Materials Science Tolerance Analysis Analytical Thinking Aerospace Materials Composite Materials Engineering Statics Microsoft PowerPoint Engineering Drawings Willingness To Learn PTC Creo (CAD Suite) Engineering Tolerance Intelligence Analysis Mechanical Engineering Mechanics Of Materials New Product Development Manufacturing Processes Configuration Management Engineering Calculations Product Lifecycle Management Troubleshooting (Problem Solving) Additive Manufacturing (3D Printing) Geometric Dimensioning And Tolerancing ASME Boiler And Pressure Vessel Code (BPVC) Computer Aided Three-Dimensional Interactive Application (CATIA)

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