Industrial Engineering Syllabus

Industrial Engineering Syllabus

  1. Introduction to Industrial Engineering

    • History and development of industrial engineering
    • Role and responsibilities of an industrial engineer
    • Systems approach to industrial engineering

  2. Work Design and Measurement

    • Methods engineering
    • Time and motion study
    • Work sampling
    • Ergonomics and human factors engineering

  3. Operations Research

    • Linear programming
    • Integer programming
    • Network models
    • Queuing theory
    • Simulation modeling

  4. Production Planning and Control

    • Forecasting techniques
    • Inventory management
    • Material requirements planning (MRP)
    • Just-in-time (JIT) production
    • Scheduling and sequencing

  5. Quality Control and Assurance

    • Statistical quality control (SQC)
    • Control charts for variables and attributes
    • Acceptance sampling
    • Total quality management (TQM)
    • Six Sigma methodologies

  6. Supply Chain Management

    • Supply chain design and optimization
    • Logistics and distribution management
    • Inventory control in supply chains
    • Supplier relationship management

  7. Engineering Economy

    • Time value of money
    • Cost-benefit analysis
    • Depreciation methods
    • Economic decision-making

  8. Human Factors and Ergonomics

    • Human-machine systems
    • Workplace design
    • Cognitive ergonomics
    • Safety engineering

  9. Facilities Planning and Design

    • Plant layout and material handling
    • Facility location analysis
    • Lean manufacturing principles
    • Design of production systems

  10. Information Systems and Technology

    • Database management systems
    • Enterprise resource planning (ERP)
    • Information technology in industrial engineering
    • Automation and robotics

Laboratory Work

  • Practical experiments related to the above topics
  • Use of simulation software and tools
  • Data analysis and report writing

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