Since 1892, OPW customers have been able to count on us to revolutionize fluid-handling operations around the world. As a global leader in fluid-handling solutions, the mission of OPW is to be a developer of a comprehensive array of innovative fluid-handling solutions that our customers can consistently and reliably count on. These include loading and unloading systems for high-value hazardous and non-hazardous bulk products; railcar and transport tank-truck valves, gauging devices and tank-monitoring systems; automated storage-terminal controls and systems; and regulators, fittings, valves, vaporizers, vacuum-jacketed piping and gas-handling systems for the safe handling and distribution of cryogenics and industrial gases. OPW also creates and manufactures touch-free and soft-touch vehicle wash systems, entry systems and wash chemicals. OPW has more than 2,000 employees with manufacturing operations in North America, Europe and China, and sales offices around the world. OPW is part of the Clean Energy & Fueling segment of Dover (NYSE: DOV). OPW Propane Energy Solutions (PES)  is your premier choice for alternative fuel solutions. With over a century of expertise in manufacturing top-of-the-line gas flow and control products, PES stands at the forefront of innovation in the industry. Our proven technology in LPG and NH3 products allows us to craft solutions compatible with emerging alternatives like Bio LPG formulations and ammonia. Whether it's storage, transportation, or setting up filling stations, PESs commitment to quality, performance, and cost-effectiveness is unparalleled. We pride ourselves on delivering tested and reliable solutions backed by unrivaled technical and sales support. From our roots in the U.S.A. to our global reach with regional customization, PES is poised to meet the challenges and seize the opportunities of this new era of energy. For more information on OPW's Propane Energy Solutions, please visit our website: SCOPE

A Manufacturing Engineer's scope encompasses designing, implementing, and optimizing manufacturing processes and systems to produce high-quality products efficiently and cost-effectively, including areas like process improvement, automation, and quality control. This position reports to the Manufacturing Engineering Manager. RESPONSIBILITIES : Support production and provide technical expertise to solve quality, delivery, and productivity issues for value streams

Design work holding and tooling solutions for new or existing manufacturing components

Lead continuous improvement / lean projects such as SMED, standard work kaizens, and value stream mapping

Design, plan, and coordinate facility layout improvements

Drive root cause analysis for complex issues using formal problem-solving tools such as A3, 8D, Fishbone, and 5Why

Identify new technology to improve manufacturing processes

Coordinate and implement engineering change orders in manufacturing including process and equipment modifications

Create, edit, and maintain critical process documentation

Facilitate CAPEX projects including working with vendors

Develop capacity planning models to identify issues and implement actions to resolve

Partner with EH&S team to solve identified or observed safety concerns

Maintain Bills of Material and Labor Routings

Conduct Time Studies to establish Production Standards EDUCATION/QUALIFICATIONS: Bachelors Degree in Mechanical Engineering, Industrial Engineering or Equivalent

5+ years engineering experience in a manufacturing environment

Experience with costing, leading teams, Lean Six Sigma, facility layout, Kanban, capital justification, new product/process development

Experience in a machining environment is highly desired

AutoCAD, Solidworks or Inventor, MS Office Suite, ERP familiarity CRITICAL COMPETENCIES Proficiency in Software:  Experience with CAD/CAM software (like AutoCAD, SolidWorks, and Inventor), and other relevant software for process design and simulation.

Knowledge of Manufacturing Processes:  Understanding of various manufacturing processes, including traditional machining, non-traditional machining, and additive manufacturing.

Design for Manufacturing (DFM):  Ability to design products with manufacturability in mind, ensuring efficient and cost-effective production.

Quality Control and Assurance:  Knowledge of quality control methods, statistical process control (SPC), and quality assurance standards.

Process Design and Implementation:  Ability to design, optimize, and implement manufacturing processes, including selecting appropriate equipment and methods.