Onsite Dimensional Management Engineer - Producibility

RTX; Miami (FL); On-site; USD 87,000 - 165,000; Full time

Benefits offered by this job

Medical

Dental

Vision

401(k) match

Flexible work schedules

Paid time off

Job summary

RTX is seeking a Mechanical Dimensional Management Engineer to join the Producibility and Dimensional Management team in an on-site capacity at multiple locations in the U.S. This role collaborates with Mechanical Engineering, Materials and Processes, Design and Drafting, and Operations to optimize tolerances, reduce cost, and ensure product quality.

The position emphasizes early involvement in design, tolerance optimization, and producibility enhancements, with occasional domestic travel and

Qualifications

• Bachelors in Science, Technology, Engineering, or Mathematics (STEM) required.
• Experience applying GD&T (ASME Y14.5) is required.
• Demonstrated knowledge of statistical tolerancing methods (e.g., Monte Carlo, RMS).
• Understanding of kinematic concepts for analysis and simulation in assemblies.
• Experience with CAD modeling; CREO preferred.

Responsibilities

• Perform detailed 3D tolerance analyses and one-dimensional tolerance analyses to evaluate design requirements.
• Develop coordinated datum flow and document via drawings (ICDs).
• Apply GD&T on technical data packages and ensure manufacturability of designs.
• Lead Dimensional Management activities on programs and coordinate DM Closed Loop Process.

Skills

GD&T principles

Statistical tolerancing

Kinematic principles

CAD modeling

Education

Bachelors in STEM (STEM fields)

Tools

CREO

Job description

RTX is seeking a Mechanical Dimensional Management Engineer to join the Producibility and Dimensional Management team in an on-site capacity at multiple locations in the U.S. This role collaborates with Mechanical Engineering, Materials and Processes, Design and Drafting, and Operations to optimize tolerances, reduce cost, and ensure product quality.

The position emphasizes early involvement in design, tolerance optimization, and producibility enhancements, with occasional domestic travel and