Engineering: Industrial Engineering

Industrial waterfront with ships and refinery at sunrise.
The Journal of Engineering: Industrial Engineering is dedicated to publishing high-quality, peer-reviewed research that advances the theory, methodology, and application of industrial engineering to optimize complex systems, processes, and organizational operations. The journal provides a comprehensive platform for interdisciplinary studies that enhance efficiency, productivity, sustainability, and innovation across industries.

Research Areas

The journal serves industrial engineers, operations managers, systems analysts, and researchers working to improve efficiency, reduce waste, and enhance performance in manufacturing, services, healthcare, logistics, and other complex systems. Both theoretical developments and applied studies with demonstrated impact are welcomed.

Operations research and decision sciences
Manufacturing systems and production planning
Supply chain management and logistics
Human factors and ergonomics
Quality engineering and Six Sigma
Systems engineering and systems integration
Industrial automation and robotics
Lean manufacturing and process improvement
Simulation modeling and analysis
Engineering management and organizational performance
Inventory control and demand forecasting
Sustainable and green manufacturing
Data analytics and intelligent decision-making systems
Product lifecycle management and design for manufacturability
Safety engineering, risk management, and reliability
Optimization Techniques for Industrial Systems
Linear, Nonlinear and Integer Programming
Production Planning and Scheduling
Manufacturing Process Design and Control
Supply Chain Network Design and Management
Inventory and Logistics Optimization
Quality Control and Statistical Process Control
Reliability Engineering and Life Data Analysis
Ergonomics, Workplace Design and Human Performance
Human-Machine Interaction and Safety
Lean Manufacturing and Six Sigma Implementation
Industrial Simulation (Discrete Event, Agent-Based)
Decision Analysis and Multi-Criteria Decision Making
Predictive Analytics and Data-Driven Industrial Solutions
Maintenance Strategy and Condition Monitoring
Asset Lifecycle Management and TPM
Workplace Safety Engineering and Hazard Analysis
Service Operations and Service Quality Management
Sustainable Industrial Practices and Eco-Efficiency
Automation, Robotics and Intelligent Systems in Industry
Performance Measurement and Benchmarking
Cost Analysis and Industrial Economics

The scope includes, but is not limited to

Optimization methods for operations and systems
Production and manufacturing system design
Supply chain engineering and logistics optimization
Quality assurance, reliability and process improvement
Human factors, ergonomics and workplace safety
Lean systems, Six Sigma and continuous improvement
Simulation modeling for industrial decision making
Decision support systems and analytics in industry
Maintenance engineering and asset performance
Sustainable practices and eco-efficient industrial solutions
Industrial automation, robotics and intelligent control
Performance benchmarking and productivity analysis
Risk assessment and safety engineering studies
Inventory management and distribution strategies
Statistical process control and quality engineering
Service systems engineering and service operations
Human-machine systems and ergonomic design
Cost optimization and economic performance analysis
Industrial engineering applications in healthcare, manufacturing and services