PTInstitute - Syllabus of Embedded System Training in Bangalore

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Syllabus of Embedded Systems Training in Bangalore

• Guide By Embedded Training Institute in Bangalore

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(No Transcript)
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Qualification To Study Embedded Course

• We are providing embedded training in Bangalore
  with 4-5 month course for B.E/B. Tech/MTech/ ME/
  MCA/M. Sc Candidates Pre-final Final Year with
  a background preferably Electronics, Electrical,
  Instrumentation or Computer science.

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Basics of Electronics and Digital Electronic

• Basic Electronics
• Digital Electronics

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Basics of Electronics and Digital Electronic

• Basic Electronics
• Resistors, Capacitors, Inductors.
• PN-Junction.
• Diodes.
• Transistor.
• MOSFET/CMOS.
• Interpretation Data Sheet.
• Half-Wave / Full-Wave Rectifier.
• Power Supply 3.3V,5.0V,12.0V
• Crystals
• Switches, Relays.
• 7-Segment
• 555 Timers in AS/MS/BS

• Digital Electronics
• Number System Binary, Hex, Decimal,BCD System.
• Addition/Subtraction of binary, 2s complements.
• Interconversion of number system.
• Logic Gates AND/OR/NOR/EXOR.
• Filip-flop, Memory element.
• Mux- De-Mux, Decoders.
• Shift Registers.
• Counters.

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Basics C

• CHAPTER 1 GETTING STARTED
• What is C?
• Data Types
• Variables
• Naming Conventions for C Variables
• Printing and Initializing Variables

• CHAPTER 2 SCOPE OF VARIABLES
• Block Scope
• Function Scope
• File Scope
• Program Scope
• The auto Specifier
• The static Specifier
• The register Specifier
• The extern Specifier
• The register Specifier
• The extern Specifier

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• CHAPTER 3 CONTROL FLOW CONSTRUCTS
• if
• if else
• while
• for
• Endless Loops
• do while
• break and continue
• switch
• else if

• CHAPTER 4 THE C PREPROCESSOR
• define
• Macros
• include
• Conditional Compilation
• ifdef
• ifndef

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• CHAPTER 5 MORE ON FUNCTIONS
• Function Declarations
• Function Prototypes
• Returning a Value or Not
• Arguments and Parameters
• Organization of C Source Files
• Extended Example

• CHAPTER 6 BIT MANIPULATION
• Defining the Problem Space
• A Programming Example
• Bit Wise Operators
• Bit Manipulation Functions
• Circular Shifts

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• CHAPTER 7 STRINGS ARRAY
• Fundamental Concepts
• Aggregate Operations
• String Functions
• Array Dimensions
• An Array as an Argument to a Function
• String Arrays
• Example Programs

• CHAPTER 8 POINTERS (PART 1)
• Fundamental Concepts
• Pointer Operators and Operations
• Changing an Argument with a Function
• call
• Pointer Arithmetic
• String Functions with Pointers
• Pointer Difference
• Prototypes for String Parameters
• Relationship Between an Array and a Pointer
• The Pointer Notation p

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• CHAPTER 9 STRUCTURES
• Fundamental Concepts
• Describing a Structure
• Creating Structures
• Operations on Structures
• Functions Returning Structures
• Passing Structures to Functions
• Pointers to Structures
• Array of Structures
• Functions Returning a Pointer to a Structure
• Structure Padding

• CHAPTER 10 STRUCTURE RELATED ITEMS (UNION)
• Typedef New Name for an Existing Type
• Bit Fields
• Unions
• Non-Homogeneous Arrays
• Enumerations

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Tools Including S/W and H/W for Embedded Systems
Training

• KEIL
• Making project in Keil.
• Keil features/ tabs
• Memory models in Keil.
• Debugger setting in Keil.
• Linker settings in Keil.

• Multimeter
• Measuring Voltage/Current/Registers
• Measuring continuity
• Introducing BBT Baring Board Test.

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• CRO
• Use of CRO.
• What is Trigger?
• How to do setting in CRO.
• Measuring Voltage/Current from CRO.

• Logic Analyzer
• What is Logic Analyzer
• How to use Logic Analyzer
• What is the use of a logic analyzer.
• For which protocol we can use a logic analyzer.
• Soldering Iron/Heat GUN/
• How to use Soldering Iron.
• Precaution needs to take.

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Basic Hardware Concepts

• Active High/Active Low
• Description of Active high and Active Low
• EMI/EMC Consideration
• Use of Ground Plan
• Use of De-coupling capacitor
• Use of TVS Diode
• Components Torrance and Data Sheet
• Component Torrance study.
• Consideration during designing.
• Certification/Standard
• CE/TUV/IC/ISI/IS/ISO

• Designing Power Supply
• Design of power supply 5V.
• Designing of 7 Segment Display Hardware
• Study of 7 segment components
• Designing Schematics of hardwareImplementation.
• Hardware Design guidelines
• Important concepts during hardware Schematics
  design
• Important concepts during hardware PCB
  lay-outing.

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Basics of Embedded Systems

• Assembly Programming
• Addition of two number.
• Toggling Port with delay
• Toggling Port with a timer.
• Introduction of Interrupt.
• Comparison interrupt and polling.
• Communication with loopback.
• Keyboard interface.
• Controlling LED with Switches.

• Microprocessor/ Microcontroller
• Definition
• Nomenclature
• Buses Address, Data, and Control
• Architecture
• Interfacing memory I/O devices
• Programming ( Assembly)
• Monitor program

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• Embedded C
• Embedded C Programming
• Data types
• Pointers
• Arrays
• Pointer functions
• Loops

• Micro-Controller
• Architecture
• Interfacing memory I/O devices
• Programming ( Assembly)
• Assignments
• Introducing ARM Architecture
• Induction of ARM Architecture
• ARM7TDMI
• Difference between ARM9/ARM11
• Different ARM concepts
• The advantage of ARM.

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Advance C

• File Operations
• Opening A file
• Closing a file
• Writing some data in a file and reading back and
  printing.
• The different mode in which file can be open and
  write.

• String Operation
• Srtcpy
• strcmp
• strcat
• strlen
• strstr

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• Structure and Union
• Combination of Structure and union.
• Bit fields in Structure.
• Pointers to structure and union.
• The advantage of Structure and union
• Function Pointers
• Function pointers.
• Callbacks
• Advantage/use of functions pointers.

• Dynamic Memory Allocation
• Malloc
• Calloc
• free
• re-alloc

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Advance Embedded

• Data Communication And Networks
• I. IIC
• a. Interface to PC Read/ Write Byte/Strings
• b. Develop own protocol implement II. SPI
• a. Interface RTC
• b. Interface Memory

• Wire-less Communication
• Interfacing GSM module with micro-controller.
• Interfacing Zigbee module with micro-controller.
• Introduction of Blue-tooth Low energy.

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Basic Linux

• Basic Commands
• ls, man, info, ps, top, grub, vi, gedit, gcc,
  kill. Etc...

• File Structure
• Linux internal file structure
• Kernel structure

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RTOS Concepts

• RTOS Fundamentals
• Real Time Scheduling and Timing, Clock Ticks,
  Priority Scheduling.
• RTOS Task Management
• Task Creation, Multi-Tasking, Task Scheduling,
  Task Query, Task Deletion, Task Change Priority,
  Task Suspend/Resume

• RTOS Time Management
• Timer and Timer Services, Timer Delay, Get/Set
  Timer RTOS Inter-Process Communication Hardware
  Synchronization, Binary Semaphore, Counting
  Semaphore, Mutual Exclusion, Message Queue
  Management, Shared Memory, The Critical Section
  Problem, Priority Inheritance

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Advance Linux

• Process
• What is process.
• How to make new process.
• what is fork() do.
• What is pid and ppid.
• Exec().
• Signals.
• Zombie process.

• Linux Thread
• What is Thread.
• Difference between process and thread.
• Create process.
• Excel with Thread.
• Passing data to Thread.
• Mutex
• Mutex Deadlock

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• IPC
• Shared memory
• Process Semaphore
• Mapped memory
• Pipes FIFOs
• Device Driver
• Charter Device Driver.
• Network Device Driver.

• Make file
• Explicit Rules
• Implicit Rules
• Variable definitions
• Directives

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Prerequisites for the Training

• B.E/B. Tech/MTech/ ME/ MCA/M.Sc Candidates Pre
  final Final Year with back ground preferably
  Electronics, Electrical, Instrumentation or
  Computer science.
• Address
• Professional Training Institute
• 32, 38/1, 2rd Floor, Sri Ram Arcade, Hosur Main
  Road, Near Bosch Office, Bommanahalli, Bengaluru,
  Karnataka 560068
• 8951422196
• https//www.ptinstitute.in