Production Engineering Team Lead

Job highlights

• B.Tech/B.E. in Mechanical/Production/Industrial Engineering with expertise in Lean Manufacturing, Six Sigma, Kaizen, Time Study, Line Balancing, and Root Cause Analysis
• Drive continuous improvement in production processes, conduct time studies, implement Lean and Kaizen techniques, analyze production data, coordinate cross-functional teams, and improve OEE and productivity

Department: Production Engineering (PE)

Total Positions: 01

Job Location: Sri City, Andhra Pradesh.

Educational Qualification: B.Tech / B.E. in Mechanical / Production / Industrial Engineering

*Technical Skills:

• MS Word, Excel & PowerPoint
• Lean Manufacturing / Kaizen
• Six Sigma / Continuous Improvement
• Time Study & Line Balancing
• Root Cause Analysis & Problem Solving
• OEE & Productivity Improvement

*Key Skills & Competencies:

• Excellent problem-solving and decision-making skills
• High level of attention to detail
• Strong analytical and logical thinking
• Ability to identify improvement opportunities
• Practical approach towards cost, quality and productivity improvement
• Strong coordination and communication skills
• Ability to work effectively with cross-functional teams
• Data-driven approach with a focus on continuous improvement

*Key Roles & Responsibilities Production Engineering:

• Drive continuous improvement initiatives across production processes and manufacturing lines.
• Identify bottlenecks, process losses and productivity gaps and implement corrective actions.
• Improve line productivity, cycle time, manpower utilization and process efficiency.
• Conduct time study, line balancing and process capacity analysis.
• Implement Kaizen, Lean Manufacturing, Poka-Yoke and other process improvement techniques.
• Develop and standardize work methods, SOPs, work instructions and process parameters.
• Support new process / new product introduction, process trials and production ramp-up.
• Coordinate with Production, Quality, Maintenance and other cross-functional teams.
• Analyze production data and use RCA / problem-solving tools to eliminate recurring issues.
• Identify opportunities for automation, semi-automation, tooling and fixture improvement.
• Reduce rejection, rework, downtime, material wastage and manufacturing cost.
• Monitor and improve OEE, productivity and process performance.
• Support implementation of visual management and standard work on the shop floor.
• Ensure improvements are sustained through proper documentation and periodic review.