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Topics for End-Semester Exam ECE/COE/ICE 1. Two questions/short notes from topics for mid-sem exam 2. Short notes – Industrial Psychology Personnel Management Motivation, Morale, Group Dynamics Theories of motivation (A. Maslow, Theory X, Y, Herzberg’s Two factor theory Macroeconomics – Unemployment, Inflation, GDP Capital, Business organization (types of ownership) 3. Production Planning and control Types of Production, Pre-planning, Planning, Forecasting (elements, objectives, techniques, numerical problems based on moving average and weighted moving average methods), Economic Batch Quantity (numerical problems), Routing, Loading, Scheduling, Dispatching, Controlling, Line of Balance 4. Network Analysis Techniques, terms, network diagrams, CPM, PERT ( Numerical Problems), difference 5. Decision making – importance, types, process, theories, models, Break- even analysis (numerical problems) 6. Works Study – importance, advantages, objectives, procedure, flow process charts, flow diagrams, string diagrams, multiple activity charts, Motion study – principles of motion economy, therbligs, Time measurement - S.I.M.O. chart, cycle graph and chrono- cyclegraph,

Topics for End-sem Exam (1)

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Page 1: Topics for End-sem Exam (1)

Topics for End-Semester Exam ECE/COE/ICE

1. Two questions/short notes from topics for mid-sem exam

2. Short notes – Industrial PsychologyPersonnel ManagementMotivation, Morale, Group DynamicsTheories of motivation (A. Maslow, Theory X, Y, Herzberg’s Two factor theoryMacroeconomics – Unemployment, Inflation, GDPCapital, Business organization (types of ownership)

3. Production Planning and controlTypes of Production, Pre-planning, Planning, Forecasting (elements, objectives, techniques, numerical problems based on moving average and weighted moving average methods), Economic Batch Quantity (numerical problems), Routing, Loading,

Scheduling, Dispatching, Controlling, Line of Balance

4. Network AnalysisTechniques, terms, network diagrams, CPM, PERT ( Numerical Problems), difference

5. Decision making – importance, types, process, theories, models, Break-even analysis (numerical problems)

6. Works Study – importance, advantages, objectives, procedure, flow process charts, flow diagrams, string diagrams, multiple activity charts, Motion study – principles of motion economy, therbligs, Time measurement - S.I.M.O. chart, cycle graph and chrono-cyclegraph, stop watch, performance rating, normal time, standard time (Numerical problems), Ergonomics

7. Inventory Control – Objectives, functions, Economic Order Quantity (numerical problems)