Chemical Industry Utility Engineer

We ve got an excellent opportunity for a Manufacturing Process Engineer to join a dynamic and highly successful team. This hire is adding bench strength to a production department that is in very good order. You ll be joining an organization that has a great record of reinvesting into its facilities and people.

What you ll love

• Very competitive compensation
  
• Financially solid organization
  
• Room to grow within this facility
  
• Excellent PTO and benefits package
  

Shift: First (7-4 or 8-5)

Location: Hibbing, MN

Base Salary: $70-80K

Responsibilities:

• Responsible for health and safety of all team members.
  
• Perform a variety of engineering assignments in developing and implementing production/processing methods and controls to meet quality standards in the most cost-efficient manner.
  
• Recommend and implement improvements and/or modifications in sequence of operations, equipment utilization, tooling and related matters.
  
• Monitor assigned operations to assure compliance with current project schedule and approved methods of quality standards.
  
• Recommend design modifications or process changes where justifiable by cost/design studies to permit manufacture by the most favorable method.
  
• Work with assigned customer accounts on product and tooling designs. Procure production tools and work with existing products to optimize efficiencies such as scrap, yield, molding rates, etc.
  
• Investigate and assist in corrective/preventative actions for reported concerns.
  
• Establish and maintain customer files, including engineering standards, blueprints and other associated materials and information.
  
• Coordinate activities with pattern shop.
  

Requirements

Requirements:

• Extensive knowledge, skill and ability in the area of engineering related computer systems/capabilities (CAD, CAE, Pro-E, etc.)
  
• Knowledge of 2-D CAD/CAM system.
  
• Ability to read and understand engineering drawings and GD&T.
  
• Ability to understand and implement APQP, PPAP, FMEA and Control Plans.
  
• Ability to use advanced engineering techniques for problem resolution (FMEA, designed experiment, etc.).
  
• Proficient knowledge of PC software applications including Word, Excel, 4D, Docushare and mainframe software (e.g. Blis-400).
  
• Ability to prepare jobs for running on Magma simulation technology.
  
• Ability to utilize 8D problem solving methodology.
  
• Proficient project and time management skills.
  
• Proficient written and verbal communication skills for presentation and technical report writing.
  

Benefits

Compensation:

• $70-80K base salary
  
• Vacation/PTO
  
• Medical/dental/vision/std/ltd/life
  
• 401K company match program
  

KEYWORDS

Davenport Screw machine Foundry Metal Stamping Spinning Casting Smelting CNC G Code M Code Alignment Apprenticeship Arc Welding Assembly Assembly Line Management Asset Management Automated Controls Automated Manufacturing Automated Parts Loading Automatic Feeding Mechanism Automatic Measuring Equipment Automatic Tool Change Automation Backplate Tester Bench Grinder Bending Blow Molding Blueprint Bolts Bore Gauge Brazing Bubble Leak Analyzer Calibrated Resistance Measuring Equipment Gauges Gears Geometry Grinder Hammer Drill Hand Drill Hand File Hand Ramming Tool Hand Tools Hand Truck Handwheels Hazardous Materials (HAZMAT) Hoist Hopper Hydraulic Lift Hydraulics Illustrations Import In-Circuit Tester Industrial Industrial Engineering Industrial Machinery Industrial Technology Industry Prefabricated Parts Inspection Pressure Printed Circuit Board (PCB) Process Process Automation Process Development Process Redesign Process Technology Processing Procurement Product Assembly Product Development Product Engineering Product Management Product Quality Product Research & Dev. (R&D) Product Specifications Production Production Expediting Production Lead Time Production Management Production Methods Production Operations Production Planning 2 Caliper Capacity Capacity Planning Capital Asset Capital Budget Capital Project Cell Manufacturing Chips Circuit Board Circuits Commodities Computer Applications Computer Controls Computer Engineering Computer Hardware Computer Integrated Manu. (CIM) Computer Numerically Controlled (CNC) Machine Computer Programming Computer Software Computer Technology Computer-Aided Design & Drafting (CADD) Computer-Aided Design (CAD) Computer-Aided Manu. (CAM) Computer-Integrated Manu. (CIM) Computerized Controls Concurrent Engineering Continuous Improvement Continuous Operations Continuous Process Improvement Continuous Quality Improvement Control Board Control Instruments Coolant Cost Avoidance Cost Reduction Costs Inspection Installation Instrumentation Instruments Integrated Circuit Testers Integrated Logistics Management (ILM) Integrated Logistics Support (ILS) Inventory Inventory Control Inventory Planning Jig Just-In-Time (JIT) Manufacturing Kaizen Labor Labor Efficiency Labor Relations Lathe Layout Lean Manufacturing Logistics Machine Machine Feed Machine Gauges Machine Shop Magnetic Induction Acceleration Instrument Maintenance Manufacturing Cell Manufacturing Engineering Manufacturing Integration Manufacturing Management Manufacturing Operations Manufacturing Technology Master Schedule Material Hoisting Sling Materials Materials Assembly Production Processes Production Scheduling Production Specifications Production Yield Productivity Productivity Improvement Profit & Loss (P&L) Programmable Logic Controller (PLC) Programmable Motion Control Device Project Budget Purchasing Quality Quality Assurance Quality Control Quality Standards Raw Materials Raw Products Receiving Recording Instruments Recordkeeping Regulations Regulatory Affairs Regulatory Compliance Regulatory Reporting Repair Repair Management Replacement Replacement Parts Reporting Research & Development (R&D) Resource Management Resources Robotics Safety Safety Training Scale Scheduling Schematics 3 Crane Crimping Cross-Functional Team Cutting Equipment Cycle Time Cycle Time Reduction Data Data Analysis Data Collection Defect Defect Analysis Defect Reporting Design Dials Digital Resistance Meter Dimensions Distribution Distribution Operations Dolly Drafting Drawings Efficiency Improvement Electrical Assembly Electrical Discharge Machine (EDM) Electrical Engineering Electricity Electromechanical Assembly Electromechanical Engineering Electronic Equipment Electronics Electronics Assembly Electronics Engineering Engineering Engineering Management Engineering Science Engineering Technology Environment Environmental Health & Safety (EHS) Materials Science Mathematics Measurements Measuring Instruments Mechanical Mechanical Assembly Mechanical Drawing Mechanical Engineering Meter Micro-Welding Micro-Welding Machine Mini Loader Mixer Multi-Site Operations Multi-Skill Operations National Institute of Metalworking Skills (NIMS) National Tooling & Machining Association (NTMA) Numerical Tool & Process Control Occupational Health & Safety (OH&S) Occupational Health & Safety Administration (OSHA) Offshore Assembly Offshore Manufacturing On-Time Delivery Operating Budget Operations Operations & Maintenance (O&M) Operations Controls Operations Management Operations Start-Up Optimization Order Fulfillment Order Processing Outsourcing Overhead Crane Semi-Automatic Equipment Semiconductor Semi-Finished Goods Setup Template Sheet Metal Sheet Metal Fabrication Shipping Shipping & Receiving Six Sigma Solvent Spare Parts Spares & Repairs Specifications Statistical Analysis Statistical Process Control (SPC) Statistics Storage Structural Assembly Structural Engineering Subassembly Supply Chain Supply Chain Management Team Building Team Leadership Technical Drawings Technical Illustrations Technical Instructions Technical Manual Technology Technology Integration Technology Operation Temperature Template Test Time & Motion Studies Tolerance Tool & Die Tool-Holding Device 4 Environmental Impact Equipment Equipment Maintenance Equipment Operations Equipment Repair Ergonomically Efficient Ergonomics Expense Control Expenses Export Extrusion Fabricate Fabrication Facilities Facilities Construction Facilities Management Factory Factory Assembly Fasteners Filament Filing Finished Goods Finished Products Fixtures Forklift Forming Front-End Loader Gas Welding Pallet Pallet Truck Panel Board Panel Lights Participative Management Parts Parts Assembly Parts Inspection Performance Analysis Performance Improvement Performance Metrics Physical Inventory Physics Pilot Manufacturing Pilot Plant Plant Engineering Plant Management Plant Operations Pneumatic System Pneumatics Policies & Procedures Polymer Power Tools Precision Precision Machine Products Assoc. (PMPA) Precision Measurement Prefabricated Parts Assembly Total Quality Management (TQM) Traffic Training & Development Troubleshooting Union Negotiations Union Relations Union-Management Negotiations Union-Management Relations Utilities Value-Added Process Vendor Management Vendor Sourcing Vibration Visual Inspection Vocational School Vocational Training Warehousing Operations Weight & Measurement Welding Wiring Work in Progress (WIP) Work Order Workflow Workflow Scheduling Workforce Management World Class Manufacturing (WCM) Yield Yield Management

Requirements: Extensive knowledge, skill and ability in the area of engineering related computer systems/capabilities (CAD, CAE, Pro-E, etc.) Knowledge of 2-D CAD/CAM system. Ability to read and understand engineering drawings and GD&T. Ability to understand and implement APQP, PPAP, FMEA and Control Plans. Ability to use advanced engineering techniques for problem resolution (FMEA, designed experiment, etc.). Proficient knowledge of PC software applications including Word, Excel, 4D, Docushare and mainframe software (e.g. Blis-400). Ability to prepare jobs for running on Magma simulation technology. Ability to utilize 8D problem solving methodology. Proficient project and time management skills. Proficient written and verbal communication skills for presentation and technical report writing.

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