| Category | ID | Title | Duration | Description | Register | |||
|---|---|---|---|---|---|---|---|---|
| Simulation Workshops | SW-01 | Basics of Manufacturing Simulation for Efficient Manufacturing | (1/2-day) | Introduction to Manufacturing Simulation What is Simulation Why SimulateSimulation MethodologyAdvantages of Simulation Opportunities for Simulation When to Simulate Details of Simulation How Does Simulation Work Simulation Methodology in Detail Data Analysis in Simulation Input Data Output Data How to Handle Downtime Data Model Verification and Validation Techniques Types of Applications of Simulation Case Studies Manufacturing Scheduling and Buffer Optimization Robotics/Ergonomics Simulation Material Handling Design Supply Chain Simulation Software Guidelines for Successful Applications of Simulation | Inquire Here | yes | no | no |
| Simulation Workshops | SW-03/ST-05 | Simulation Input Data and Output Results Analysis | (1/2-day) | Input Data Analysis Process Input Data Dilemmas and Their Resolution Common Mistakes and Their Avoidance Typical Input Data Sources Randomness and Sampling Use of Empirical or Canonical Distributions Output Data Analysis Process Issues of Experimentation Warm-Up Times Run Lengths Number of Replications Variance Reduction Techniques Methods of Output Analysis Construction of Confidence Intervals Sensitivity Analysis Regression Analysis Design of Experiments Optimization Summary and Conclusions | Inquire Here | yes | no | no |
| Simulation Workshops | SW-04 | Simulation Using Arena | (3-day) | Day One Introduction to Arena Exploring the Arena windows and their views Modules - the basic building blocks for Arena models The Create, Entity, Process, Resources, Queue, and Dispose modules Animating Resources and Queues Setting Run conditions Viewing reports A case study exercise Day Two Use of Distributions - Standard and User Defined (Empirical) Use of the Input Analyzer Model debugging and verification techniques Basic routing techniques Statistical analysis of terminating systems Statistical analysis of steady-state systems Advanced routing techniques: Sequence module; Sequence and Jobstep attributes A case study exercise Day Three Entity transfer using Transporters Entity transfer using Conveyors Entity balking and reneging Holding and batching entities Expert modeling and analysis practices Designing and executing simulation experiments A case study exercise | Inquire Here | yes | no | no |
| Simulation Workshops | SW-06 | Simulation Using ProModel | (2-day) | Day One Introduction to ProModel Building a Basic Model Entities Locations Processing Arrivals Running a Basic Model Changing the View Viewing Variables Interpreting Output Use of Distributions - Standard and User Defined (Empirical) Building and Running a More Advance Model Modeling Downtimes Including Variables Routing Rules Logical Statements A Case Study Day Two Use of Attributes Using Input and Output Files Modeling Conveyors Model Parameters Good Programming Habits Running Experiments and Scenarios Exercise | Inquire Here | yes | no | no |
| Simulation Workshops | SW-07A | Simulation Using Simul8 - Basic | (2-day) | Day One Introduction to Simul8 Basic Elements in Simul8 - Work Items, Work Centers, Storage Areas, and Conveyors Review of Simul8's Menus, Toolbars, and Layout Screen Input and Output Rules, Routing Control Introduction Exercise Backgrounds and Graphical Depictions Modeling Stoppages, Breakdowns, and Setups Exercise Day Two Use of Labels, Variables, and Spreadsheets Use of Distributions - Standard and User Defined (Empirical) Excel Input and Output Interfaces Modeling Resource Constraints and Shift Patterns Exercise Some Advanced Modeling Techniques Exercise | Inquire Here | yes | no | no |
| Simulation Workshops | SW-07B | Simulation Using Simul8 - Advanced | (2-day) | Day One Review of Fundamental Simul8 Concepts Tour of Visual Logic capabilities (e.g., change distributions, change routing percentages, cause breakdown to begin or end dynamically) Implementation of Kanban: use of Add Work To Queue and/or Block Current Routing Visual Logic commands Implementation of User Dialogs Exercise Use of the Jobs Matrix Use of the Cycle Matrix Exercise Day Two Use of Labels versus Use of Distinct Work Item Types Label Batching Handling of Priority and Preemption Debugging Techniques and Use of the Watch Window Time Graphs and Output Report Customization Exercise Resource Usage and Travel Times Creating and Removing Sub-Windows Overview of Available Add-Ins Exercise | Inquire Here | yes | no | no |
| Simulation Workshops | SW-08 | Simulation Using Witness | (3-day) | Day One Introduction to Witness Basic Elements in Witness - Parts, Machines, Buffers and Conveyors Use of Define, Display and Detail Input and Output Rules, Visual Tools for Rules Screen Editor and Icon Editor Modeling Stoppages, Breakdowns and Setups Use of Attributes, Variables and Functions A Case Study Day Two Use of Distributions - Standard and User Defined (Empirical) Input and Output Files Modeling Labor, Resource Constraints and Shift Patterns Exercise on a Simple Model Palletized Conveyor Systems Power and Free Conveyor Systems Tracks and Vehicles Exercise Day Three Elements to Capture Output - Time Series, Histogram and Pie Charts Designer Elements Advanced Modeling Techniques Good and Useful Programming Habits Witness Command Line Programming Running Experiments and Scenarios Exercise | Inquire Here | yes | no | no |
| Simulation Workshops | SW-09A | Simulation Using Enterprise Dynamics (Taylor II/ED) - Basic | (3-day) | Day One Introduction to Enterprise Dynamics Basic Steps of Modeling in ED Create a Model Layout, Connect Channels Edit the Resource Parameters, Analyze Results Case Studies 1 to 3 (Post Office Model, the Production Line and Packing & Sealing) ED Menu Structure (File - Model - Simulate - Results - Tools - Display - Windows - Help) ED Library Overview (Basic Modeling, Availability, Conveyors, Data and Experimentation) Day Two Cases Studies 4 to 7 (Transporter System, Labels and Atom Reference, Operators, Flow Control) ED Library (Flow Control, Operations, Operators, Results, Storage and Tools) 4DScript language Function Editor and Atom Organizer Exercise Day Three Choice Subjects Optional Cases ED Library (Transport, Virtual Reality, Visualization, System and Autoloaded) Atom Referencing General concepts of Queuing Theory Case Studies 8 to 10 (Iron Mine, Pizza Restaurant Chain, Aircraft Seat Production Facility) | Inquire Here | yes | no | no |
| Simulation Workshops | SW-05 | Simulation Using AutoMod | (3-day) | Day One Introduction to AutoMod General Systems Description Menus Process System Logic Flow Attributes Variables Day Two Resource Order List Label Block Movement System Conveyor System Exercises Day Three Path Mover System Static System Reading and Writing Files Arrayed Elements Exercises | Inquire Here | yes | no | no |
| Simulation Workshops | SW-09B | Simulation Using Enterprise Dynamics (Taylor II/ED) - Advanced | (2-day) | Day One ED Principles Atom Editor Modeling Event handlers Animation Event handlers Control- and User Interface Event handlers Case Studies 1 to 3 (Server Atom, Door Atom and Automated Storage System) Day Two Creating Applications and ED Files Application Files and Demo Model Virtual Reality GUI's Exercise | Inquire Here | yes | no | no |
| Simulation Workshops | SW-09C | Simulation Using Enterprise Dynamics (Taylor II/ED) - Upgrade Training | (1-day) | Day One Introduction to Latest Features Debugger Speed Improvements GUI Builder (Case 1) New Atoms (Case 2) Layers Variables CAD images as Background and AVI Creator Why do we need ActiveX ? | Inquire Here | yes | no | no |
Contact Us
Please write your questions in the following form and we will get to you as soon as possible. We look forward to helping you achieve your goals.
GET TO KNOW MORE OF OUR SERVICES
Simulation Modeling and Analysis
Simulation modeling is the process of creating and analyzing a digital prototype or virtual representation of a physical model or a system to predict its performance in the real world. Simulation modeling allows proposed changes to be tested, and productivity impact analysis of these changes to be performed.
