Key Responsibilities

- Develop, validate, and release fully annotated 2D manufacturing drawings derived from 3D CAD models for aerostructure components and assemblies, ensuring strict compliance with applicable customer, program, and regulatory standards.
- Author and verify detail, assembly, installation, interface, and sheet metal loft drawings in accordance with program-specific drafting requirements and airworthiness documentation standards.
- Produce composite engineering drawings encompassing laminate stacking tables, ply boundary definitions, manual ply cross-sections, and composite ply books, adhering to composite design documentation protocols.
- Generate system installation drawings for Mechanical, Electrical, and Avionics (ME&A;) systems integrated onto primary and secondary aircraft structures, ensuring interface compatibility and design traceability.
- Apply and interpret GD&T; per ASME Y14.5 and customer-specific aerospace drafting standards, ensuring dimensional accuracy, functional interchangeability, and producibility of structural details.
- Conduct rigorous first-article drawing reviews, tolerance stack-up validation, and formal drawing release activities within the established drawing approval workflow and configuration management framework.
- Support Engineering Change Request (ECR) and Engineering Change Order (ECO) processes, including drawing revision management, change impact assessment, and traceability documentation in alignment with AS9100 quality standards.
- Establish and maintain Bills of Materials (BOMs), part structures, and configuration data within enterprise PLM platforms including Siemens Teamcenter,



ensuring data integrity and compliance with product lifecycle governance requirements.
- - Required Skills

- Comprehensive understanding of aircraft structural architecture, including fuselage, wing, empennage, and control surface layouts, with awareness of load paths and structural design principles.
- Demonstrated proficiency in aerostructure drawing generation, multi-view detailing, and annotation of complex structural assemblies across the full product lifecycle.
- Solid understanding of aerospace manufacturing processes including machining, forming, assembly, and composite fabrication, with the ability to produce design-for-manufacture (DFM) compliant documentation.
- Advanced proficiency in 2D drawing creation and multi-level detailing of machined components, sheet metal parts, and composite structural assemblies using CATIA V5 Drafting workbench.
- Robust knowledge of:
- GD&T; principles and ASME Y14.5 standard, including tolerance analysis and functional dimensioning methodologies
- Aerospace drafting standards including MIL-STD-100, ASME Y14.100, and OEM-specific documentation requirements.
- Aerospace-grade materials, structural fastener systems, and surface treatment/finishing specifications applicable to metallic and composite structures
- Siemens Teamcenter for PLM data management, part classification, BOM structuring, and drawing release workflows

- Preferred Qualifications (Added Advantage):

- Working knowledge of CATIA V5 Part Design, Aerospace Sheet Metal Design (ASMD), and Generative Shape Design (GSD) modules for model-based detailing and design intent validation
- Familiarity with CATIA V5 Composites Workbench for ply-based design, automated ply sequencing, and composite data extraction for manufacturing documentation

📌 Aircraft Design Engineer (Bengaluru)
🏢 DynPro
📍 Bengaluru