Industrial Engineer

Responsible for improving manufacturing processes, productivity, manpower utilization, line balancing, capacity planning, and operational efficiency. The role involves analyzing production data, identifying improvement opportunities, and implementing Lean Manufacturing and continuous improvement initiatives.
Key Responsibilities
Conduct time studies, method studies, and work measurement activities.
Develop and maintain standard operating times and process standards.
Perform line balancing and optimize manpower deployment.
Analyze production processes to identify bottlenecks, waste, and productivity losses.
Prepare and maintain process flow charts, operation layouts, and work instructions.
Monitor productivity, capacity utilization, cycle time, and efficiency KPIs.
Support capacity planning and manpower planning for production requirements.
Implement Lean Manufacturing techniques such as 5S, Kaizen, VSM, and waste reduction.
Conduct root-cause analysis for productivity and process-related issues.
Identify opportunities for cost reduction and process improvement.
Coordinate with Production, Quality, Maintenance, PPC, and other departments.
Support new product introduction (NPI) and process improvement projects.
Prepare daily/weekly/monthly productivity and efficiency reports.
Ensure implementation and sustainability of approved process improvements.
Participate in continuous improvement and productivity enhancement projects.
Required Qualifications
Diploma / Bachelor's degree in Industrial Engineering, Mechanical Engineering, Production Engineering, or a related field.
1–4 years of experience in manufacturing/production environments.
Knowledge of Industrial Engineering tools and Lean Manufacturing principles.
Good knowledge of MS Excel and data analysis.
Familiarity with ERP/MRP systems is an advantage.
Strong analytical and problem-solving skills.
Good communication and coordination skills.
Preferred Skills
Time & Motion Study
Line Balancing
Capacity Planning
Manpower Optimization
Lean Manufacturing
Kaizen / Continuous Improvement
5S
Value Stream Mapping
OEE and Productivity Analysis
Root Cause Analysis
Excel / PowerPoint
Basic knowledge of AutoCAD or process-layout tools
Key Performance Indicators (KPIs)
Labor productivity improvement
Reduction in cycle time
Line efficiency
Manpower utilization
Capacity utilization
Reduction in process losses and waste
Number and impact of Kaizen/CI projects
Cost savings achieved
Adherence to standard operating times
Core Competencies
Analytical thinking
Process improvement mindset
Problem solving
Data-driven decision making
Teamwork and collaboration
Communication
Planning and execution
Attention to detail
Job role will involve following activities:
 Method study
 Fixation production norms
 Time Study
 Documentation of productivity norms
 Manufacturing effectiveness
 Plant & Equipment Layout
 Office layout
 Manpower Studies
 Lean Manufacturing
 Template for subcontracting
 Vendor development
 PI calculations
 Process audit
MOST
Industrial Engineering –
Method study
Fixation production norms
Time Study
Documentation of productivity norms
Manufacturing effectiveness
Plant & Equipment Layout
Office layout
Manpower Studies
Lean Manufacturing
Template for subcontracting
Vendor development
PI calculations
Process audit
Business Process/System Development –
Business Process/System Development
Make/Buy Decision
Cost effectiveness
Office automation
Standard Operating procedures
Powers of expenditure
Policy guidelines
Special assignments
MIS/Data analysis/Compliances –
MIS – Business Intelligence
Capacity planning/analysis
Manpower planning
Best practices/Benchmarking
Monthly Mfg performance reports
Service expenses analysis
Daily TOR & SAP DPR reconciliation
System audit
Transaction audit
Report to external agencies (Statutory compliances)
Form design & control
Record management

Work arrangement
No