Manufacturing Engineer – Fluid Power Engineer

• →Specify, design, procure, integrate, and validate pneumatic and hydraulic systems for press, die handling, material handling, automation, and supporting manufacturing equipment.
• →Develop and review fluid-power architectures, schematics, bills of material, component specifications, calculations, and technical documentation.
• →Select and size pumps, motors, cylinders, actuators, valves, manifolds, accumulators, filters, regulators, lubricators, tubing, hose assemblies, fittings, and other fluid-power components.
• →Evaluate system pressure, flow, force, speed, response time, heat generation, contamination control, leakage, and energy consumption.
• →Interface fluid-power systems with electrical controls, PLCs, sensors, safety systems, HMI applications, and machine sequencing.
• →Support the design and validation of safety-related functions, including safe stopping, pressure isolation, stored-energy control, guarding interfaces, and lockout energy control.
• →Perform hands-on troubleshooting of pneumatic and hydraulic equipment using schematics, measurement tools, diagnostic instruments, and structured problem-solving methods.
• →Lead root-cause analysis and corrective actions for equipment failures, leaks, pressure or flow instability, slow or inconsistent motion, overheating, contamination, premature component failure, and repeat downtime.
• →Support equipment installation, supplier build reviews, runoffs, commissioning, debug, production launch, and final acceptance at supplier and plant locations.
• →Analyze equipment performance and reliability data to identify opportunities to improve uptime, cycle time, quality, maintainability, and operating cost.
• →Partner with maintenance and operations to develop preventive-maintenance, predictive-maintenance, inspection, spare-parts, and troubleshooting strategies.
• →Review supplier designs and provide technical direction to suppliers, contractors, plant personnel, and engineering support resources.
• →Identify and implement cost reductions, standardization opportunities, design improvements, and energy-efficiency initiatives.
• →Support Management of Change activities and ensure engineering changes are documented, reviewed, tested, and implemented effectively.
• →Maintain comprehensive records for designs, calculations, schematics, equipment changes, validation results, commissioning activities, and lessons learned.

• Bachelor of Science (Mechanical, Electrical and/or Computer, Manufacturing Systems Engineering, or Computer Science) or equivalent experience.
• 2+ years of experience in developing and maintaining machinery and equipment in manufacturing, preferably with press and automation systems in stamping.
• Knowledge of engineering theory and principles of operation of mechanical/electrical mechanisms (mechanics, hydraulics, and pneumatics). Specific knowledge of engineering mechanics and manufacturing methods engineering.
• Experience in coordinating design & construction activities – preferably in automotive manufacturing facilities.
• Experience with project management methodologies to manage budget constraints, varying production schedules and OEM counterparts.
• Understanding of Microsoft software including MS Project.
• Ability to use CAD systems (ie. AutoCAD, Unigraphics, SOLIDWORKS, Teamcenter, Teamcenter Visualization, etc.).
• High level of integrity, ability to deal with ambiguity, take initiative/self-directed.
• Develop and deliver technical training for maintenance, production, and engineering personnel on fluid-power systems, operating principles, troubleshooting, and safe work practices.
• Provide work direction and technical guidance to engineering support personnel and project team members as assigned.

• Masters of Science degree in Mechanical Engineering, Manufacturing Engineering, Mechatronics Engineering, Automation Engineering, Mechanical Engineering Technology, Electromechanical Engineering Technology, Fluid Power Engineering Technology, or a related engineering discipline; equivalent practical experience may be considered.
• 5+ years of experience in developing and maintaining machinery and equipment in manufacturing, preferably with press and automation systems in stamping.
• 3+ of experience supporting industrial equipment, manufacturing systems, machinery, or fluid-power applications.
• Ability to read and interpret pneumatic and hydraulic schematics, mechanical drawings, electrical drawings, equipment manuals, and bills of material.
• Ability to diagnose problems using engineering fundamentals, structured root-cause analysis, and hands-on measurement techniques.
• Experience with proportional or servo-hydraulic systems, pressure-compensated pumps, hydraulic power units, high-pressure circuits, pneumatic motion-control systems, or vacuum applications.
• Experience with fluid-power component selection, system sizing, pressure and flow calculations, and energy-efficiency improvements.
• Familiarity with fluid-power standards and safe machinery-design practices, such as NFPA, ISO, SAE, OSHA, and applicable GM requirements, including the Global Design for Health and Safety Specification (G-DHS).
• Experience supporting supplier design reviews, equipment runoffs, installation, commissioning, production launch, and plant acceptance.
• ·Experience using AutoCAD, SOLIDWORKS, Unigraphics/NX, Teamcenter, Teamcenter Visualization, or similar engineering and documentation tools.
• Experience using Microsoft Office, Microsoft Project, data-analysis tools, or computerized maintenance and asset-management systems.
• Experience working with PLC-controlled machinery, HMIs, sensors, safety circuits, and industrial communication interfaces.
• Formal training or certification in fluid power, hydraulics, pneumatics, machinery safety, reliability, or maintenance engineering.
• Experience leading technical work at supplier build shops or manufacturing facilities.
• Strong candidates with a two-year associate degree in Fluid Power Technology, Mechanical Engineering Technology, Electromechanical Engineering Technology, or a related technical discipline, combined with extensive directly relevant industrial fluid-power experience, may also be considered.

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