Dimensional Engineer

Responsibilities

• Perform dimensional analysis, and work with quality control processes.
• Develop and manage tolerance stacks to ensure parts fit and function correctly.
• Review and interpret engineering drawings and specifications to ensure compliance with design requirements.
• Support simulation to help confirm Process, design, Tooling and Structure.
• Build tolerance simulation/analysis models in 3
  
  DCS.
• Able to perform following activities in 3
  
  DCS Software:
• Pre Tolerancing document, which captures datum targets and GD&T callouts of the component
• Gap Flush document, which captures nominal values with tolerances of gap and flush requirements for different interfaces
• Measurement Points document, which captures feature points on components for which measurement will be done and reported
• Tolerance calculation model, created using 3
  
  DCS software
• Develop product GD&T with customer and plant input
• Experience with Tolerance Stack analysis methods such as Worst Case Analysis, Root Sum Squares (RSS) Analysis, Monte Carlo Simulation to predict the distribution of assembly dimensions.
• Collaborate with quality assurance teams to resolve dimensional issues and improve manufacturing processes.
• Use Tolerance Stack analysis methods to predict the distribution of assembly dimensions.
• Review and interpret engineering drawings and specifications to ensure compliance with design requirements.
• Support simulation to help confirm Process, design, Tooling and Structure.
• Maintain detailed documentation of the simulation process, assumptions, and results.
• Prepare comprehensive reports to communicate findings and recommendations to stakeholders.

• BS in Mechanical Engineering or a similar discipline, or equivalent experience.
• Minimum of 1 year of working-level experience in 3
  
  DCS Software.
• 2 to 5 years of experience as a Dimensional Engineer.
• Experienced in developing GD&T from scratch.
• Experience with Tolerance Stack analysis.
• Experience with tolerance simulation, considering parts, weld/install fixtures, assembly order, and process sequence.
• Excellent written and verbal communication skills.