Day 1:

• Creating and Simulating a Model

• Create a simple Simulink model, simulate it, and analyze the results

• Define the potentiometer system

• Explore the Simulink environment interface

• Create a Simulink model of the potentiometer system

• Simulate the model and analyze results

Day 2:

• Modeling Programming Constructs

• Model and simulate basic programming constructs in Simulink

• Comparisons and decision statements

• Zero crossings

• MATLAB Function block

• Modeling Discrete Systems

• Model and simulate discrete systems in Simulink

• Define discrete states

• Create a model of a PI controller

• Model discrete transfer functions and state space systems

• Model multirate discrete systems

Day 3:

• Modeling Continuous Systems

• Model and simulate continuous systems in Simulink

• Create a model of a throttle system

• Define continuous states

• Run simulations and analyze results

• Model impact dynamics

• Solver Selection: Select a solver that is appropriate for a given Simulink model

• Solver behavior

• System dynamics

• Discontinuities

• Algebraic loops

DAY 1:

• What is Embedded system?

• Components of Embedded system

• What makes Embedded system Different

• Processors and Controllers

• Classification of Embedded system

• Understanding Hardware and Software

• Understanding GPIO

• Blinking of LED

• Understanding Binary concepts

• Shifting Operation

• Understanding the hardware

• Obtaining input in microcontroller

• Switches controlling LED

• First sample Application

DAY 2:

• Understanding Data and Control lines

• String display in LCD

• Displaying integers

• Designing LCD clock

• Programming 7 segment

• Understanding Data and Selection lines

• Time Division Multiplexing

• Designing 7 segment clock

• Programming samples

DAY 3:

• Programming for digital sensors

• Application control using Infrared sensor- Examples

• Motor basics

• Working of Geared and Gearless motors

• Motor control in two directions

• Switch controlled Motor

• Understanding ADC

• Understanding Registers

• Interfacing Analog sensors

• Obtaining ADC values in LCD

MINI PROJECT

Day 1:

• Introduction to LabView

• LabVIEW Environment, Front Panel

• Block Diagram

• Dataflow Programming

• LabVIEW Documentation Resources

• Debugging Techniques- Modular Programming

• Using SubVIs, Icons and Connector Panes, creating customized icons for SubVI Debugging Techniques

• Creating a SubVI from Sections of a VI

• Repetition And Loops

• While Loops

• For Loops

• Accessing Previous Loop Data using shift registers, stacked shift registers

• Feedback nodes Debugging Techniques

• Communicating among parallel while loops

• Passing data between two loops and synchronizing loops during run-time

Day 2:

• Arrays

• Auto-Indexing of arrays

• Array Functions and different array operations

• Polymorphism and Polymorphic Vis

• Clusters & Cluster Functions

• Creating cluster

• Bundle and unbundle operations on Clusters

• Error Clusters to capture and merge errors while running a VI

• String Functions for formatting and manipulating strings

• Plotting Data

• Waveform Charts

• Waveform and XY Graphs

Day 3:

• Making Decisions In A VI

• Making Decisions with the Select Function

• Case Structures of Ring Control

• Enumerated Ring Control

• Tab Control

• Error Cases

• Timed Loops

• Formula Node, MathScript Node

• Sequence Structures and controlling VI execution flow

• File I/O: File I/O VIs and Functions

• High-Level File I/O Vis

• Low-Level File I/O VI and Functions

• Formatting Spreadsheet Strings

• Customizing Vis: Configuring the Appearance of Front Panels

• Opening SubVI Front Panels when a VI Runs

• Keyboard Shortcuts for Controls

• Editing VI Properties

• Customizing the Controls and Functions Palettes