Process Engineer

RHINESTAHL ADVANCED MANUFACTURING GROUP LLC•Mason, OH

23d•Onsite

About The Position

Responsible for leading the development of a manufacturing process for a part or assembly. The process engineer is responsible for identifying and implementing opportunities to improve the quality, efficiency, and cost of their processes.

Requirements

Related bachelor’s degree in engineering (Mechanical), Engineering Technology or 5-10 years’ experience in manufacturing, operations, or engineering environment with technical knowledge of operations and manufacturing flow.
Knowledge of hardware specifications, manufacturing methods and procedures, manufacturing quality, product development, GD&T and CAD/CAM
Able to effectively communicate and present technical information – written and verbal
Demonstrate leadership and collaboration across all functions of the organization
Effectively navigate through complexity and problem solving
Display strong organizational skills with attention to detail and accuracy
Microsoft Office Suite: ERP (Jobboss preferred, but not required) and drafting software
Excellent verbal communication skills to establish and maintain effective working relationships.

Responsibilities

Technical leader responsible for providing process documentation and operating instructions for new and repeat manufacturing processes by reviewing customer drawings, specifications, and flow-downs.
Create part and assembly instructions to route product through the most efficient machines and processes that support a high-quality, cost-effective, and error-free product.
Provide technical leadership for the manufacturing process to resolve operational problems as it relates to producibility, conformance to the drawing or specifications, material use, and bottlenecks in the process.
Act as the technical representative of the company to the customer, supporting meetings as needed.
Support the manufacturing process by creating additional manufacturing drawings and process instructions to support the production of parts or assemblies.
Apply continuous improvement methods such as lean manufacturing to enhance quality, reliability, or cost-effectiveness.
Incorporate new methods and processes to improve existing operations.
Support the successful start of manufacturing by creating requirements for hardware, material, fixtures, outside processing, and programming.
Provide technical advice to suppliers, as required, to fulfill the specifications of customer requirements.
Provide technical advice on tooling by collaborating with outside tooling suppliers.
Determine root causes of failures using statistical methods and recommend changes in designs, tolerances, or processing methods.
Engage cross-functionally with operations, programming, quality, and tooling to review product designs for manufacturability, prepare quotes, and present in a quoting meeting to the team.
Engage cross-functionally with operations, programming, quality, and tooling to improve quality control.
Perform other duties and specific projects as assigned.