Learning Objectives
5 objectives- Understand the history, evolution, and significance of industrial engineering across various industries.
- Explore and apply fundamental principles and core concepts underlying industrial engineering practices.
- Identify and utilize key industrial engineering tools and techniques to optimize processes and systems.
- Analyze and design work environments, supply chains, and production systems to enhance efficiency and quality.
- Evaluate sustainability practices and project management principles in industrial engineering contexts.
Content Outline
PreviewUnit 2078: Industrial Engineering Fundamentals and Applications
1. Overview of Industrial Engineering
- Definition and scope of industrial engineering
- Historical development and evolution
- Key concepts: optimization, systems integration, process improvement
- Importance and impact across manufacturing, services, and other industries
2. Fundamental Principles of Industrial Engineering
- Optimization techniques and decision-making
- Efficiency and productivity enhancement
- Quality management foundations
- Systems thinking and holistic process analysis
3. Industrial Engineering Tools and Techniques
- Statistical analysis methods
- Simulation modeling and applications
- Process mapping and flowcharting
- Six Sigma methodology overview
- Lean principles and waste reduction
- Operations research basics
4. Work Design and Ergonomics
- Principles of work design and task analysis
- Ergonomics fundamentals and human factors engineering
- Designing safe, comfortable, and efficient workspaces
- Tools for ergonomic assessment and improvement
5. Supply Chain Management and Logistics
- Supply chain components and structure
- Inventory management strategies
- Transportation and distribution systems
- Role of industrial engineers in logistics optimization
6. Quality Control and Six Sigma
- Quality control concepts and TQM
- Six Sigma DMAIC process
- Tools for defect reduction and process improvement
- Meeting and exceeding customer expectations
7. Production Planning and Inventory Control
- Principles of production planning
- Demand forecasting techniques
- Material Requirements Planning (MRP)
- Just-in-Time (JIT) systems and lean production
8. Facility Layout and Design
- Objectives of facility layout planning
- Types of facility layouts: process, product, fixed-position
- Material handling systems
- Workflow design to maximize efficiency and safety
9. Sustainability and Green Manufacturing
- Environmental impacts of manufacturing
- Sustainable practices and industrial ecology
- Waste reduction and recycling initiatives
- Energy efficiency and green manufacturing technologies
- Corporate social responsibility in industrial engineering
10. Project Management in Industrial Engineering
- Project life cycle and phases
- Project planning and scheduling techniques
- Budgeting and resource allocation
- Risk management strategies
- Tools for effective project control and evaluation
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