Job Description

Job highlights

Qualifications

• Required Background and Skills
• Working knowledge of manufacturing management tools, the various manufacturing data systems, and process management systems
• Background in Engineering (industrial, mechanical, electrical, hydraulics, power systems, etc.)
• Knowledge of manufacturing processes; safety, quality, delivery, efficiency, 5S, lean manufacturing, process control
• Experience in one or more related engineering areas: industrial, mechanical, controls, electrical, methods, design, manufacturing, or quality
• Experience with line and process design, material presentation, cycles of imbalance and visual management tools
• Other areas of experience or interest that will help us place you on the right team include:
• Technical knowledge with PLC’s or controls engineering
• Programming knowledge for robots, PLC’s, or Java
• Demonstrated critical thinking ability and determination to solve root-cause
• Education (or equivalent work experience)
• Bachelor's degree in an Engineering/Technology discipline
• You’ll be empowered to think outside the box and come up with creative solutions

Responsibilities

• As a Manufacturing Engineer, you will plan, coordinate, implement and support production through Manufacturing Engineering key functions
• Provides support and technical troubleshooting for current operations
• Develops the written method of manufacture
• Drives out process variability with implementation of error proofing methods
• Investigates, gathers and analyze data for daily operations that need improvement
• Drives action and implementation of root-cause failure determined from analysis and Toyota Production System (TPS) techniques
• Coordinates shop floor action to enhance efficiency and quality
• Monitors shop floor data in real time and takes action based on result
• Establishes routings, methods, layouts, tools, costs, methods documentation, labor standards for revisions to current operations and new parts
• Implements advanced manufacturing processes utilizing IoT devices, databases, and advanced manufacturing software
• Performs manufacturing simulation of scheduling, design of parts, or layout
• Identifies and implements cost reduction, quality, safety and ergonomic improvement ideas
• Works with electronic and software tools to create process improvements or gather data
• Designs operations layouts to improve efficiency and safety
• Works with the production team to identify safety, quality and efficiency improvements, as well as coordinates implementation
• Implements new manufacturing processes and technology
• Basic troubleshooting of robots
• Technical troubleshooting of production machines

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