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  • Engineering Process and System Approach
    • Introduction
    • System Concept
    • What is a System?
    • Characterstics of a System
    • Elements of a System
    • Types of Systems
    • Linear or Non Linear System
    • Static and Dynamic System
    • Time Invarient and Time Varying System
    • Lumped Parameter and Distributed Parameter System
    • Engineering Design Process
    • System Design Approach
    • Introduction to Concurrent Engineering
    • Building Blocks for Concurrent Engineering
    • Application of a System
    • A Case Study Of Mechanical System Design
    • Steps In a Case Study
    • Application, Advantages and limitations Of Case Study

  • System Theories and System Modeling
    • System Analysis
    • Black Box Approach
    • Component Integration Approach
    • System modeling
    • Need of System Modeling
    • Model Types and purpose
    • Mathematical modelling
    • Why do Mathematical Modeling?
    • Types of Mathematical Model
    • Mathematical Formulation in System Design
    • Linear Programming Problem
    • Methods for Solution of LPP

  • Graph Modeling & Analysis and Optimization Concept
    • Network Flow Problem
    • Shortest Path Problem
    • PERT and CPM
    • Difference Between PERT and CPM
    • Maximal Flow Problem
    • Minimum Cost Flow Problems
    • Introduction to Optimisation Process
    • Scope of Optimization Problem and Objective Functions
    • Methods to Solve Optimization Problems

  • System Evaluation and Calculus Methods of Optimization
    • Stationary Points, Relative and Global Optimum
    • Model with one decision variable
    • Model With Two Decision Variable
    • Convexity and Concavity of Functions of One Variable
    • Convexity and Concavity of Functions of Two Variable
    • Fesibility Assesment
    • Types of Feasibility
    • Importance of Feasibility Study
    • Introduction and Reason for Time Value of Money
    • Technique and Valuation Concept of Time Value of Money
    • Factors Affecting Time Value of Money
    • Introduction to Financial Analysis
    • Classification of Financial Ratios

  • Decision Analysis and System Simulation
    • Elements of a Decision Problem
    • Introduction to Decision Theory
    • Decision Making Under Certainity
    • Decision Making Under Risk
    • Decision Making Under Uncertainity
    • Comparison of Decision Making Under Risk, Certainity and Uncertainity
    • Decision Making Under Conflict and Competition
    • Probability Density Function
    • Cumulative Distribution Function
    • Expected Monetry Value
    • Utility Value
    • Baye's Theorem
    • Simulation Concept
    • Simulation Models
    • Advantages and Limitation of Simulation
    • Computer Simulation Modeling
    • Spreadsheet Simulation
    • Constructing a Simulation Model

Branch : Mechanical Engineering | Subject : Mechanical System Design
System Theories and System Modeling
  • System Analysis

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  • Black Box Approach

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  • Component Integration Approach

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  • System modeling

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  • Need of System Modeling

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  • Model Types and purpose

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  • Mathematical modelling

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  • Why do Mathematical Modeling?

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  • Types of Mathematical Model

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  • Mathematical Formulation in System Design

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  • Linear Programming Problem

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  • Methods for Solution of LPP

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