To ensure that engineering drawings and 3D CAD models are accurate, complete, manufacturable, and compliant with customer requirements, company standards, and applicable international standards before release to manufacturing or customers and constraint them as per GD & T Standards

Duties and Responsibilities:

Engineering Drawing Validation

· Review 2D engineering drawings for completeness, correctness, and clarity.

· Verify dimensions, tolerances, GD&T;, notes, symbols, and technical specifications.

· Ensure compliance with ASME Y14.5, customer standards, and company drafting standards.

· Check material specifications, surface finishes, heat treatment, coatings, welding symbols, and special processes.

· Ensure consistency between drawings, BOMs, and engineering specifications.

· Review the drawing and ensure error-free engineering drawing with respect to manufacturability

3D CAD Model Validation

· Review 3D CAD models for design intent and modeling quality.

· Verify part geometry, feature tree structure, reference geometry, and parametric relationships.

· Validate assembly constraints, mating conditions, and positioning.

· Perform interference and clearance analysis.

· Check mass properties, center of gravity, and model accuracy where applicable.

· Ensure CAD models match released engineering drawings.

Manufacturing & Assembly Validation

· Assess manufacturability and assembly feasibility.

· Verify machining, fabrication, casting, sheet metal, composite, or additive manufacturing requirements.

· Ensure accessibility for machining, tooling, and inspection.

· Validate standard hardware and fastener selections.

· Identify potential production or assembly issues before release.

Change Management

· Review Engineering Change Requests (ECR), Engineering Change Orders (ECO), and revision updates.

· Verify implementation of approved design changes.

· Ensure consistency across CAD models, drawings, BOMs, and PLM systems.





Quality Assurance

· Prepare drawing validation reports and review checklists.

· Document non-conformities and recommend corrective actions.

· Support Root Cause Analysis (RCA), 8D, and continuous improvement initiatives.

· Participate in design reviews and quality audits.

Cross-Functional Collaboration

· Work closely with Design, Manufacturing, Tooling, Quality, Procurement, and Production teams.

· Provide technical feedback to improve design quality and documentation.

· Support customer and supplier technical reviews.

· Train the Engineers on Quality Standards

· Performing other related duties as assigned or requested

Experience

· Experience should be a combination of Manufacturing and Design engineering

· Should have prior experience in reviewing drawings/drawing quality checking and 3D CAD Model Validation

· A minimum of 4 years’ of relevant experience is a must

Qualification:

B.Tech / Post Diploma in Aeronautical / Mechanical/ Automobile/ Industrial engineering / Tool Design

Competencies Required

Technical Competencies

· Good understanding of Engineering Change Management (ECN/ECR/ECO)

· Excellent skills in checking engineering drawings developed through CAD software

· Well versed with ASME Y14.5-2009 Dimensioning and Tolerance Standards

· Good knowledge about casting, forging and machining process

· Good understanding of sheet metal design and various fabrication methods

· Knowledge and understanding of component and assembly design practices

· Manufacturing processes and DFM / DFA principles

· Tolerance stack-up analysis and Root Cause Analysis

· Familiarity with SolidWorks or Catia Software

Knowledge of Standards

· ASME Y14.5

· AS9100 (Aerospace)

· ISO 9001

Key Competencies

· Robust analytical and problem-solving skills

· Excellent attention to detail

· Quality-focused mindset

· Effective communication skills

· Team collaboration

· Time management

· Continuous improvement orientation

Work Location: In person

📌 Consultant - Quality Engineer (Bengaluru)
🏢 Phoenix aero space
📍 Bengaluru