Manufacturing Engineer II

RTX•Andover, MA

4d•$68,900 - $131,100•Onsite

About The Position

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 Raytheon 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.

Requirements

Typically requires a Bachelor's degree in Science, Technology, Engineering or Math (STEM) and a minimum 2 years of prior relevant experience.
Knowledge of machining techniques, cutting tools, and CNC machine tool capabilities.
2+ years correctly interpreting engineering drawings, including Geometric.
U.S. citizenship is required, as only U.S. citizens are authorized to access information under this program/contract.

Nice To Haves

CNC programming experience for machines with 4 or more axes.
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.
Strong written, verbal, visual, and graphical communication skills.
Possess excellent judgment and professional maturity.
Knowledge and ability to apply CORE principles and techniques.
Active DoD Security Clearance.

Responsibilities

Developing the comprehensive manufacturing process for 3D metal parts for various radar, integrated sensor, and effector programs.
Develop work holding solutions, create multi-axis CNC machining programs, develop inspection plans, and create process instructions for operators to follow.
Assess process failures, disposition non-conforming hardware, and support Root Cause/Corrective Action plans to permanently solve problems.
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 and application of best practices to improve process capability and decrease cost.
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.
Support process development on new product introductions with an accelerated time to market.
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.