Mastering the basics of Industrial Engineering

Industrial Engineering Fundamentals: Explore the evolution of industrial engineering and its core functions. Learn about driving productivity through various productivity measures and techniques for improvement. Understand production costs, differentiating between manufacturing and purchase costs, and apply CVP analysis to solve practical problems. Discover the importance of ergonomics in designing safe and efficient man-machine systems, including anthropometry and optimal workplace design. Delve into Value Engineering principles for process optimization.

Work Study & Method Study: Master the work study process, from defining work content to implementing techniques for reducing unnecessary tasks. Learn method study steps, including recording techniques like operation process charts, flow process charts, and two-hand process charts. Utilize diagrams like flow diagrams and string diagrams for process analysis. Explore micro-motion study using SIMO charts and understand the principles of motion economy. Gain proficiency in work measurement techniques, particularly time study, including calculating standard time and applying allowances.

Plant Layout & Material Handling: Optimize your plant design with insights into different types of layouts and tools for plant layout. Utilize travel charts and REL charts for efficient space planning. Explore computer algorithms like CRAFT and ALDEP for layout design. Learn systematic layout planning and line balancing techniques, including the RPW (Rank Position Weight) method. Understand material handling principles, including equipment selection, the unit load concept, and automated material handling systems like AGVs (Automated Guided Vehicles). Learn about depreciation methods, such as the straight-line method, declining balance method, and sinking fund methods, and solve related problems.

Production Planning & Control: Navigate various production systems and master demand forecasting methods. Implement aggregate planning and the Master Production Schedule (MPS) to optimize production. Understand order promising and utilize Material Requirement Planning (MRP), including interpreting bill of material (BOM) and mechanical engineering product structure diagrams. Gain skills in shop floor control, including scheduling using flow shop and job shop methods, and applying algorithms like Johnson's algorithm and dispatching rules. Learn to create and interpret Gantt charts. Understand the product life cycle and the importance of inventory control. Explore inventory models, including basic models, price discounts, safety stock determination, and selective inventory control techniques.

Quality Control & Project Management: Apply statistical quality control to identify and address sources of variation in quality. Utilize control charts (X and R charts) and understand process capability and reliability concepts. Learn about TQM (Total Quality Management), ISO, Six Sigma, and quality circles. Master project management tools like the Critical Path Method (CPM), PERT (Program Evaluation and Review Technique), and crashing of networks. Determine economic life and apply replacement policies using various analysis methods.