Wabtec Corporation

QA Automation Engineer

• Support automation projects from concept through production launch
• Evaluate manufacturing processes and identify practical automation opportunities
• Develop automation concepts, layouts, simulations, cycle-time estimates, and technical specifications
• Perform robot reach, payload, interference, and process simulations to reduce project risk
• Support capital estimates, ROI business cases, equipment scopes, and project documentation
• Participate in vendor selection, RFQs, design reviews, FAT, SAT, commissioning, and startup
• Work with controls, manufacturing, quality, maintenance, EHS, suppliers, and integrators to resolve technical issues
• Troubleshoot and optimize existing robotic and automated manufacturing systems
• Document lessons learned and help replicate successful automation solutions across sites
• Support Automation & Advanced Manufacturing standards, roadmap, and preferred technology strategy
• Evaluate emerging technologies including robotics, vision, simulation, digital twins, and AI-enabled manufacturing
• Provide hands-on technical support and knowledge sharing for site engineering teams
• Collaborate with cross-functional teams and external automation suppliers to deliver manufacturing automation solutions across the global supply chain

Automation Engineer – Advanced Manufacturing

Engineer

• Partner with cross-functional teams across operations, product engineering, maintenance, quality, procurement, IT, OT, EHS, and business leadership
• Design, deploy, secure, and support controls systems across the global supply chain
• Establish controls architectures and guide technical decisions
• Develop standards and ensure automation systems are safe, maintainable, scalable, and production-ready
• Lead and support controls system architecture, design, programming, integration, commissioning, and optimization
• Develop controls concepts and specifications
• Lead technical reviews and support capital project execution
• Resolve complex system issues
• Drive standardization and replication of successful controls solutions across manufacturing facilities
• Lead controls projects from concept and architecture through production launch
• Program, review, and troubleshoot PLC, HMI, motion, safety, and industrial communication applications
• Verify compliance with technical, safety, maintainability, and cybersecurity requirements
• Develop capital estimates, controls scopes, test plans, and technical requirements for RFQs
• Support vendor selection, panel and software reviews, FAT, SAT, commissioning, and startup
• Diagnose controls, network, motion, robotics interface, and manufacturing data issues
• Optimize systems for reliability, cycle time, diagnostics, maintainability, and production performance
• Support the Automation & Advanced Manufacturing roadmap, governance, and technology strategy
• Evaluate emerging controls, connectivity, simulation, and AI-enabled manufacturing technologies
• Mentor site controls resources and provide senior technical leadership during project execution and issue resolution

Senior Controls Engineer – Advanced Manufacturing

• Partner with cross-functional teams to deliver advanced manufacturing automation solutions across the global supply chain
• Support automation solutions for machining, fabrication, assembly, material handling, and related manufacturing processes across multiple sites and business units
• Convert manufacturing needs into safe, repeatable, production-ready automation and robotics concepts
• Evaluate automation opportunities and develop technical concepts, specifications, layouts, and simulations
• Support capital project execution, capital estimates, ROI business cases, equipment scopes, and project documentation
• Perform robot reach, payload, interference, process, cycle-time, and production-readiness analyses
• Participate in vendor selection, RFQs, design reviews, FAT, SAT, commissioning, startup, and production launch
• Work with controls, manufacturing, quality, maintenance, EHS, suppliers, and integrators to resolve technical issues
• Troubleshoot and optimize robotic and automated manufacturing systems
• Document lessons learned and replicate successful automation solutions across sites
• Support automation standards, roadmap, and preferred technology strategy
• Evaluate emerging robotics, vision, simulation, digital twin, and AI-enabled manufacturing technologies
• Provide hands-on technical support and knowledge sharing for site engineering teams

Automation Engineer

• Partner with cross-functional teams across operations, product engineering, maintenance, quality, procurement, IT, OT, EHS, and business leadership
• Develop and deploy automation solutions for machining, fabrication, assembly, material handling, and related manufacturing processes
• Evaluate automation opportunities and convert manufacturing needs into safe, repeatable, production-ready concepts
• Support automation projects from concept through production launch
• Develop automation concepts, layouts, simulations, cycle-time estimates, and technical specifications
• Perform robot reach, payload, interference, and process simulations
• Support capital estimates, ROI business cases, equipment scopes, and project documentation
• Participate in vendor selection, RFQs, design reviews, FAT, SAT, commissioning, and startup
• Collaborate with controls, manufacturing, quality, maintenance, EHS, suppliers, and integrators to resolve technical issues
• Troubleshoot and optimize existing robotic and automated manufacturing systems
• Document lessons learned and help replicate successful automation solutions across sites
• Support Automation & Advanced Manufacturing standards, roadmap, and preferred technology strategy
• Evaluate emerging technologies including robotics, vision, simulation, digital twins, and AI-enabled manufacturing
• Provide hands-on technical support and knowledge sharing for site engineering teams

• Partner with cross-functional teams across operations, product engineering, maintenance, quality, procurement, IT, OT, EHS, and business leadership
• Develop and deploy automation solutions for machining, fabrication, assembly, material handling, and related manufacturing processes across multiple sites and business units
• Evaluate automation opportunities and convert manufacturing needs into safe, repeatable, production-ready concepts
• Support the justification, design, simulation, implementation, and optimization of manufacturing automation systems
• Create automation layouts, simulations, cycle-time estimates, technical concepts, and specifications
• Perform robot reach, payload, interference, and process simulations to reduce project risk
• Support capital estimates, ROI business cases, equipment scopes, and project documentation
• Participate in vendor selection, RFQs, design reviews, FAT, SAT, commissioning, and startup
• Work with controls, manufacturing, quality, maintenance, EHS, suppliers, and integrators to resolve technical issues
• Troubleshoot and optimize existing robotic and automated manufacturing systems
• Document lessons learned and replicate successful automation solutions across manufacturing facilities
• Support Automation & Advanced Manufacturing standards, roadmap, and preferred technology strategy
• Evaluate emerging technologies including robotics, vision, simulation, digital twins, and AI-enabled manufacturing
• Provide hands-on technical support and knowledge sharing for site engineering teams

• Partner with cross-functional teams across operations, product engineering, maintenance, quality, procurement, IT, OT, EHS, and business leadership
• Develop and deploy automation solutions for machining, fabrication, assembly, material handling, and related manufacturing processes
• Evaluate automation opportunities and convert manufacturing needs into safe, repeatable, production-ready concepts
• Create automation concepts, layouts, simulations, cycle-time estimates, and technical specifications
• Perform robot reach, payload, interference, and process simulations to reduce project risk
• Support capital estimates, ROI business cases, equipment scopes, and project documentation
• Participate in vendor selection, RFQs, design reviews, FAT, SAT, commissioning, and startup
• Work with controls, manufacturing, quality, maintenance, EHS, suppliers, and integrators to resolve technical issues
• Troubleshoot and optimize existing robotic and automated manufacturing systems
• Document lessons learned and replicate successful automation solutions across manufacturing sites
• Support automation standards, roadmap, and preferred technology strategy
• Evaluate emerging technologies including robotics, vision, simulation, digital twins, and AI-enabled manufacturing
• Provide hands-on technical support and knowledge sharing for site engineering teams

• Partner with cross-functional teams across operations, product engineering, maintenance, quality, procurement, IT, OT, EHS, and business leadership
• Deliver reliable manufacturing controls and automation solutions across the global supply chain
• Establish controls architectures and guide technical decisions
• Develop standards and ensure automation systems are safe, maintainable, scalable, and production-ready
• Lead and support controls system architecture, design, programming, integration, commissioning, and optimization
• Develop controls concepts and specifications
• Lead technical reviews and support capital project execution
• Resolve complex system issues
• Drive standardization and replication of successful controls solutions across manufacturing facilities
• Lead controls projects from concept and architecture through production launch
• Program, review, and troubleshoot PLC, HMI, motion, safety, and industrial communication applications
• Verify compliance with technical, safety, maintainability, and cybersecurity requirements
• Develop capital estimates, controls scopes, test plans, and technical requirements for RFQs
• Lead or support vendor selection, panel and software reviews, FAT, SAT, commissioning, and startup
• Diagnose controls, network, motion, robotics interface, and manufacturing data issues
• Optimize systems for reliability, cycle time, diagnostics, maintainability, and production performance
• Support the Automation & Advanced Manufacturing roadmap, governance, and technology strategy
• Evaluate emerging controls, connectivity, simulation, and AI-enabled manufacturing technologies
• Mentor site controls resources and provide senior technical leadership

• Partner with cross-functional teams across operations, product engineering, maintenance, quality, procurement, IT, OT, EHS, and business leadership
• Identify, develop, deploy, and optimize advanced manufacturing automation solutions across the global supply chain
• Serve as a technical leader focused on machining and fabrication processes
• Develop automation standards, evaluate emerging technologies, share best practices, and drive repeatable solutions
• Lead and support automation systems from development and justification through design, implementation, and optimization
• Evaluate automation opportunities and develop technical concepts and business cases
• Support capital project execution and standardize successful solutions across manufacturing facilities
• Lead automation projects from concept through production launch
• Develop technical concepts, capital estimates, and ROI business cases
• Serve as enterprise technical capability owner for welding and joining automation
• Develop automation standards, specifications, and preferred technologies
• Lead or support vendor selection, RFQs, design reviews, FAT, SAT, commissioning, and startup
• Troubleshoot and optimize existing automation systems
• Identify and replicate successful solutions across sites
• Support the Automation & Advanced Manufacturing roadmap and technology strategy
• Evaluate robotics, vision, simulation, and AI-enabled manufacturing technologies
• Mentor site engineering resources and provide technical leadership

Senior Automation Engineer – Advanced Manufacturing

Field Engineer

• Commission, troubleshoot, maintain, and optimize industrial combustion systems across the United States and occasionally internationally
• Investigate system-wide issues and perform root cause analysis on failed equipment
• Review, adjust, and support PID loop programming in single- and multi-loop control systems
• Use electronic test equipment, including multimeters, pressure/flow transmitters, and combustion analyzers, to interpret system performance
• Interface with plant operators, engineers, maintenance teams, and management
• Recommend improvements to system performance, reliability, efficiency, and safety
• Collaborate with U.S.-based sales, engineering, project management, and service teams
• Prepare service reports, timesheets, and technical documentation after field assignments
• Comply with Bloom Engineering safety standards, customer site requirements, and applicable local safety regulations
• Identify spare-parts needs within Bloom Engineering’s customer base
• Gather technical information on customer heating applications for engineering, applications, and sales teams
• Collect and relay technical details for customer warranty claims
• Build and maintain long-term customer relationships while representing Bloom Engineering

Automation Engineer – Advanced Manufacturing

Senior Controls Engineer – Advanced Manufacturing

Automation Engineer

Automation Engineer

Automation Engineer

Automation Engineer

Senior Controls Engineer – Advanced Manufacturing

Senior Automation Engineer – Advanced Manufacturing

Field Service Engineer