Job Description

*Senior manager – Engineering (Assemblies)**

1\. Lead assembly engineering activities for aerospace structures, panels, fuselage assemblies, and composite assemblies.

2\. Ensure robust assembly process definition, producibility analysis, work instructions, and technical instructions aligned with customer drawings and specifications.

3\. Act as technical authority for assembly lines covering builds, integrations, kits, and AOG deliveries.

4\. Drive assembly industrialization for new and ongoing aerospace programs from bid stage to serial production.

5\. Support business development and estimation activities by providing accurate engineering inputs, cycle times, tooling feasibility, and cost drivers.

6\. Lead preparation and validation of engineering data for global programs such as Dassault, Airbus, Boeing, Sikorsky, RUAG, PC\-12, B737, Rafale, etc.

7\. Provide technical leadership in special processes such as cold working, hydraulic testing, composite assembly, and PPAP

8\. Serve as primary technical point of contact for customers on assembly\-related queries, drawing clarifications, and non\-conformance resolution.

9\. Coordinate with suppliers for technical issue resolution, condition supply, and compliance to engineering requirements.

10\. Participate in customer meetings, reviews, audits, and issue\-closure discussions.

11\. Ensure compliance with AS9100, customer standards, and internal QMS requirements.

12\. Lead EBOM/MBOM preparation, maintenance, and configuration control aligned with engineering changes.

13\. Drive RCCA, root\-cause analysis, and preventive actions to improve assembly quality and first\-pass yield.

14\. Lead, mentor, and develop assembly engineering teams, ensuring capability building and skill development.

15\. Coordinate closely with Program Management, Quality, Configuration, Planning, and Manufacturing teams for seamless execution.

*Key Competencies**

· Aerospace Assembly: Panels, fuselage assemblies, composite \& metallic structures Manufacturing Engineering: Process planning, tooling knowledge, producibility analysis Automation: Automatic Riveting Machines (ARM) – implementation \& troubleshooting Quality \& Compliance: AS9100 Rev D, PPAP, MRB, RCCA

· Configuration Management: EBOM / MBOM, engineering change management Lean Tools: Error prevention, root cause analysis, continuous improvement Design Interpretation: GD\&T, customer drawings, technical specifications Tools (basic working knowledge): CATIA, SolidWorks, LabVIEW (fundamentals)