CNC Manufacturing Engineer

Job Summary:

• Manufacturing Engineers learn production operations and the manufacturing discipline in a controlled environment.
• They develop manufacturing engineering skills alongside their team; internalize an understanding of safety, quality, delivery, and cost; and use Client systems and tools to create innovative and unique solutions to today's manufacturing challenges.
• Manufacturing Engineers build technical depth into manufacturing processes and are accountable for improvement and optimization.
• Primary responsibilities include developing the comprehensive manufacturing process for 3D metal parts for various radar, integrated sensor, and effector programs.
• The candidate will define materials, develop work holding solutions, create multi-axis CNC machining programs, develop inspection plans, and create process instructions for operators to follow.
• They will also assess process failures, disposition non-conforming hardware, and create and execute robust Root Cause/Corrective Action plans to permanently solve problems.
• This position requires close cooperation with the Operations team and other engineering disciplines.
• The desired candidate will possess excellent communication skills and be capable of working in a dynamic team environment.

• Responsibilities:
• Translate engineering design requirements into formal manufacturing process documentation including raw material definition, fixturing/tooling development, CNC programming, inspection planning, finishing requirements, and assembly instructions
• Support process improvements using data analysis, application of best practices, and by implementing innovative solutions to improve process capability and decrease cost
• Design, control, and improve the manufacturing process through collaboration with a multi-disciplined team
• Self-manage workload to support existing production, perform non-recurring engineering work for new products, and drive improvement projects to completion.
• Communicate effectively with Engineering and Operations leaders in department to ensure schedule needs are met and where any barriers to progress exist.
• Perform process development on new product introductions with an accelerated time to market
• Optimize CNC programs using machining modelling and analysis tools to identify inefficiencies and apply new techniques
• Integrate automated solutions for part handling and in-machine work holding
• Support continuous improvement initiatives and document standard methodologies and standard work for CNC machining
• Review metrology and statistical process control (SPC) data to identify and address potential defects before they occur
• Validate NC programs using CGTech Vericut and Cimco Edit
• Troubleshoot manufacturing issues alongside Quality and Operations personnel and apply CORE/6-sigma methods to determine Root Cause and apply Corrective Actions

• Requirements:
• 5 years of relevant experience in a similar field
• Knowledge of high-speed machining techniques, cutting tools, and CNC machine tool capabilities
• 5 years correctly interpreting engineering drawings, including Geometric Dimensions and Tolerances

• Preferred:
• CNC programming experience for machines with 4 or more axes
• ICAM post-processor development
• Demonstrated working knowledge of Creo CAD/CAM Software
• Process familiarity with paint, plating, and structural assembly
• Results-oriented focus on past projects to evaluate success
• Demonstrated hands-on mechanical aptitude
• Strong organization skills with ability to manage multiple tasks simultaneously
• Ability to work individually to support team/department success
• Excellent written, verbal, visual, and graphical communication skills
• Possess excellent judgment and professional maturity
• Knowledge and ability to apply CORE principles and techniques

• Education:
• Typically requires a Bachelor's Degree in Manufacturing Engineering, Mechanical Engineering, Industrial Engineering, Electrical Engineering, or Aerospace Engineering

• Working Environment:
• This position involves direct support of manufacturing activities and requires spending time in and around factory areas.