Concession / Engineering Quality (eQN) Support (HSE – Hot Section Engine, Eagle Net Cases, Mechanical Systems & Externals) Supported engineering concession (eQN) processes for Hot Section Engine, Mechanical Systems, and Externals, ensuring compliance with aerospace design assurance and quality requirements. Acted as PL3 Design Delegate for Hot Section Engine structural components (casings), providing delegated technical approval within defined authority. Executed Class-1 & Class-2 engineering tasks, ensuring timely and compliant resolution of quality and design issues. Led cross-functional coordination across onshore and offshore teams, facilitating technical reviews, driving meetings, and supporting production deployments with timely engineering resolutions. Created and maintained eQN databases, performing quality checks to ensure compliance, traceability, and consistency of deliverables. Functioned as Single Point of Contact (SPOC) for critical customer requirements, providing root cause analysis, process optimization inputs, and standard engineering deliverables. Disposed Engineering Quality Notifications through detailed verification of drawings, engine manuals, and assemblies using Siemens NX and supporting tools. Provided technical substantiation for non-conformances, recommending accept, repair, rework, or scrap decisions based on Fit, Form, and Function (FFF) assessment. Applied strong proficiency in engineering drawings, GD&T interpretation, and design intent validation. Performed tolerance stack-up analysis to validate design robustness and assembly compliance. Created defect and variation models in NX to support structural assessment and concession justification.

Provided MRB engineering support for HPC structural components, addressing manufacturing non-conformances that deviated from released design requirements and had potential impact on production flow and delivery lead time. Led end-to-end MRB execution, ensuring technical substantiation and closure in accordance with Fit, Form, Function, and Life (FFFL) requirements. Performed historical non-conformance and MRB trend analysis to identify recurring producibility issues, and implemented design improvements and drawing updates to enhance manufacturability. Conducted root cause and corrective action analysis for non-conformances, including evaluation of process-driven variations, and supported updates to drawing limits where technically justified. Collaborated with cross-functional stakeholders (manufacturing, quality, supply chain, and engineering) to perform detailed technical assessments and obtain final design and configuration approval. Supported cost-reduction initiatives by optimizing forging geometries and design margins, achieving improved cost efficiency without compromising design intent or compliance.

Concession / Engineering Quality (eQN) Support (HSE – Hot Section Engine, Eagle Net Cases, Mechanical Systems & Externals) Supported engineering concession (eQN) processes for Hot Section Engine, Mechanical Systems, and Externals, ensuring compliance with aerospace design assurance and quality requirements. Acted as PL3 Design Delegate for Hot Section Engine structural components (casings), providing delegated technical approval within defined authority. Executed Class-1 & Class-2 engineering tasks, ensuring timely and compliant resolution of quality and design issues. Led cross-functional coordination across onshore and offshore teams, facilitating technical reviews, driving meetings, and supporting production deployments with timely engineering resolutions. Created and maintained eQN databases, performing quality checks to ensure compliance, traceability, and consistency of deliverables. Functioned as Single Point of Contact (SPOC) for critical customer requirements, providing root cause analysis, process optimization inputs, and standard engineering deliverables. Disposed Engineering Quality Notifications through detailed verification of drawings, engine manuals, and assemblies using Siemens NX and supporting tools. Provided technical substantiation for non-conformances, recommending accept, repair, rework, or scrap decisions based on Fit, Form, and Function (FFF) assessment. Applied strong proficiency in engineering drawings, GD&T interpretation, and design intent validation. Performed tolerance stack-up analysis to validate design robustness and assembly compliance. Created defect and variation models in NX to support structural assessment and concession justification.

Manufacturing of Gas / Steam Turbine Blades Supervised end-to-end manufacturing activities for gas and steam turbine blades, supporting job execution through first-article and QC approval. Collaborated closely with cross-functional teams including manufacturing, quality, and engineering to ensure timely and compliant production. Developed 3D CAD models for turbine blades, shims, fixtures, and manufacturing tools using Siemens NX, supporting efficient production and inspection. Performed root-cause analysis and corrective action implementation for rejected or reworked components to improve quality and reduce recurrence. Prepared manufacturing and part drawings, including inspection gauges, for critical turbine blades using AutoCAD, ensuring clarity and compliance with manufacturing requirements. Supported forging die and casting model preparation, contributing to tooling and process development activities. Applied strong understanding of CNC manufacturing processes for turbine blade production. Generated CNC programs for dies and fixtures using DELCAM for 3-axis, 4-axis, and 5-axis machining operations.