Senior Tooling Engineer

RTX•McKinney, TX

4d•$86,800 - $165,200•Onsite

About The Position

Raytheon Technologies seeks an experienced Mechanical Engineer to provide assembly tooling solutions to facilitate delivery of systems for the nation’s defense, in a cooperative and collaborative work environment. Tool Engineering is a career field that specializes in designing custom mechanical solutions to support manufacturing, assembly, inspection, and test throughout the product lifecycle. Tooling Engineers are the subject matter experts who provide innovative fixturing, gages, automation and machine design solutions. The use of these items provides a consistent, safe, ergonomic means to assemble, lift, and transport production hardware. Tool Engineers use computer aided design technology to generate 3-dimensional models and technical drawing packages. Tool Engineers are responsible for all aspects of designing, documentation, procuring and integrating assembly Tooling into a highly complex manufacturing environment. Tool Engineers oversee projects from development to implementation and strive to incorporate safe, ergonomic, error-proofed, and innovative solutions into the factory. The qualified candidate will provide mechanical engineering support for the McKinney Consolidated Manufacturing Center. The supported products are electro-mechanical/electro-optical systems with primary focus on the design of Special Tooling to facilitate assembly and secondarily to support Test Equipment for the systems. They will be responsible for new tooling product designs and implementation into the factory as well as improvements to existing tools. The candidate will utilize their mechanical engineering expertise during design, development, and integration to create solutions that meet tool product requirements and incorporate robust design principles. The candidate will provide leadership on designing, procuring and implementing special tools while collaborating with the factory support team to provide a complete build solution to the factory customer. This is an onsite, part-time role in McKinney, TX.

Requirements

Bachelor's degree in Mechanical Engineering or related engineering degree, or 12 years of related design work experience
At least Six (6) years of professional experience
Hands on experience in Special Tooling and mechanical design
Expertise in the use of 3D CAD Solid Modeling Tools, Creo Parametric preferred
Working knowledge of Geometric Dimensioning and Tolerancing
Working knowledge of Microsoft Office (Word, Excel, PowerPoint)
Organizational and project management skills
Experience generating engineering drawings
US Citizenship is required, ability to obtain a Department of Defense Secret clearance

Nice To Haves

Experience in the design and integration of Electro-mechanical/electro-optical products and assemblies
Experience in generation of tool designs for use in a manual assembly environment
Experience in design analysis and providing feedback on other engineer’s designs
Working knowledge of Windchill and the Common PDM system
Knowledge of ASME BTH-1 (Below-the-Hook Lifting Device Design)
Strong ability to work in teams and collaborate with peers and internal customers
Strong interpersonal and communication skills; both verbally and written
Existing DoD Security Clearance

Responsibilities

Develop complex 3-dimensional mechanical tooling solutions using CREO
Capture and communicate tooling concepts with manufacturing and factory teams.
Identify opportunities for improvement within our factories.
Represent manufacturing as a mechanical engineering resource to support a variety of factory initiatives.
Promote standardized fixturing concepts across programs to support a multi-product factory environment.
Interpret and read mechanical engineering drawings including the usage of geometric dimensioning and tolerancing (GD&T).
Provide stress analysis models and documents on below the hook lifting devices.
Establish designs with significant consideration given to good error-proofing techniques.
Adjust designs as necessary to meet stakeholder needs.
Optimize designs through proper selection of raw materials and finishes.
Integrate COTS components to increase design usability and cost effectiveness.
Troubleshoot, diagnose and analyze design flaws and production issues.
Assimilate details and requirements, and brainstorm potential tooling solutions.