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Agenda
Workshop Description
The Embed Wrap program acts as a wonderful platform to fill up this gap.The program is designed to give the fresher, the opportunity to gain valuable field application experience and the chance to work on live industrial projects. The candidates are exposed to some of the highest level of quality & creative work available in the industry.
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Course Outline
Introduction:
Agenda and Activities taken in EmbedWrap workshop provide students
Hands-on Practical Experience on all the Basic Hardware and Peripherals used in
Embedded Industry.
To make sure Agenda of EmbedWrap which is met is met there are Activities
a Projects which students will do on their own in guidance with our Presenter.
Time Line: 40 Hours Workshop
Agenda 1: Learn basic architecture of
MCU.
Theory : MCU
Architecture.
Theory : What
is Embedded System?
Agenda 2: Basic of C\C++.
Theory : Basic of C\C++ Loops, Functions,
Variables and header Files.
Activity: C\C++ Examples.
Agenda 3: Room Light On/Of Control using Microcontroller.
Theory : Input / Output Ports
Activity: Theft control : Door
Close/Open Alarm generation using Relays.
Project : Room Light On/Of Control.
Agenda 4: Timers/Counters/PWM Applications.
Theory : Timers/Counter and Delay generation using MCU.
Activity: Timed Clock Event used in Industrial PLC's.
Activity: LED Fade In\Out Experiment.
Project
:
Recognizing Light color and Intensity patterns using RGB Sensor.
Project : Capacitance Meter
Agenda 5: Stepper Motor Control and DC motor control experiments.
Theory : Input / Output Ports and Timing Control
Activity: Stepper Direction,Speed and Torque Control Mechanisms.
Project : Stepper motor control using a PS2 Mouse.
Agenda 6: Reading Analog voltage using MCU.
Theory : Analog to Digital Converters
Activity: Understanding Parameters and there Effects on Analog to
Digital Converter Reading.
Project : Automatic Temperature cut off control.
Project : Light Intensity detection and feedback control.
Project : Over Heat protection in Computer CPU fan.
Agenda 7: Generating Analog voltage using MCU.
Theory : Digital to Analog Converters
Activity: Voltage generation using PWM.
Project : Making a Digital Power Supply.
Agenda 8: Memory Organization in MCU
Theory : FLASH Memory vs EEprom
Project : Reading/Writing data in EEprom.
Agenda 9:Sensor and Principles.
- Current Sensor.
- Temperature Sensor.
- Light Sensor.
- Vibration Sensor.
- Force Sensor.
- Infra Red Sensor.
Agenda 10: Display Control.
Alphanumeric LCD.
Seven Segments.
Agenda 11: Interfacing with Serial Port of PC.
Activity: Building GUI in Visual Basic Tips.
Agenda 12: Building an RTOS.
Theory : Embedded RTOS vs RTOS vs OS vs Embedded
System
Activity:
Compiling open source RTOS.
Activity:
Creating new Task.
Activity:
Creating Task Priorities.
Project : Creating a Task, Task Preemption control.
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Course Certification
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