Manufacturing Quality Engineer

Overview

Ensure quality compliance and continuous improvement in turbine rotor machining.

Key Responsibilities

• root cause
• capa
• quality audits
• lean initiatives
• process control
• technical training

Tasks

-Lead investigations using RCA, 8D, and CAPA methodologies for non-conformances. -Ensure adherence to Siemens Energy quality standards and applicable industry standards. -Support Lean initiatives and process optimization projects. -Work closely with manufacturing engineers, machinists, and supervisors to resolve quality issues. -Drive corrective and preventive actions to eliminate recurring issues. -Conduct internal/process audits of machining processes and identify improvement opportunities. -Provide technical guidance and training on quality standards and best practices. -Prepare and maintain quality documentation, inspection reports, and RCAs, Corrective / preventive action records. -Develop, implement, and maintain quality control procedures for rotor components machining processes. -Review engineering drawings, specifications,

Requirements

• six sigma
• lean
• rca
• fmea
• cad/cam
• cnc

What You Bring

-Ability to apply continuous improvement methods to increase manufacturing quality, efficiency, reliability, and cost effectiveness. -Strong interpersonal skills -Analytical and problem-solving skills with attention to detail. -Proficiency in quality tools: RCA, FMEA, PPAP and SPC -Experience with advanced manufacturing processes -Good understanding of CAD/CAM, CNC programming, and interpreting technical drawings with GD&T -Knowledge of industry standards and regulatory requirements for turbine components. -Certification in Six Sigma will be an added advantage -Strong knowledge of machining processes, CNC, CMM and precision components. -Familiarity with SAP or similar ERP systems and Microsoft Office Suite. -Ability to interpret complex engineering drawings and specifications. -Root Cause Analysis & Problem Solving -Bachelor’s degree in mechanical or manufacturing engineering. -Candidate should be familiar with Lean and or Six Sigma philosophies and their application in process capability and improvement -Strong communication and interpersonal skills for cross-functional collaboration. -Minimum 7 years of experience in quality engineering within a machining or heavy manufacturing environment.

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About Quest Global

-By blending deep technical know‑how with digital innovation, it evolved into a global engineering partner. -Projects range from next‑gen automotive safety systems and AI‑driven semiconductors to cutting‑edge aerospace and defense platforms. -Its financial growth is steady—built on recurring partnerships with Fortune‑top‑10 clients across key sectors. -A hallmark project: sustaining global EMS/ADMS energy‑management software for a major utilities provider. -Another standout: accelerating MRI development and support globally for a leading MedTech firm. -Its edge lies in full‑lifecycle delivery—concept, design, embedded software, manufacturing support, digital sustenance. -Known for foresight, the firm not only solves challenges but anticipates and prevents them.

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