VAct Technologies Embedded systems

• Day 1 – C Introduction – C Code execution flow, Variables, Data types & Operators.
• Day 2 – Decision making- if, if-else, nested if, if-else-if, switch case (Refer AS Annexure)
• Day 3 – Looping – for, while, do-while (Refer AS Annexure)
• Day 4 – Arrays – 1D,2D (Refer AS Annexure)
• Day 5 – Strings (Refer AS Annexure)
• Day 6 – Functions in C (Refer AS Annexure)
• Day 7 – Storage class, Bitwise Operators (Refer AS Annexure)
• Day 8 – Pointers (Refer AS Annexure)
• Day 9 – Structures, Union, Linked List (Refer AS Annexure)
• Day 10 – Enumeration, Typedef & Macros – Preprocessors (Refer AS Annexure)
• Day 11 – Typedef & Macros – Preprocessors (Refer AS Annexure)
• Day 12-14 – Revision (Refer AS Annexure)
• Day 15 – C Language Assessment (Refer AS Annexure)

Tools Needed : TURBO C Compilers: Codecast Sandbox, GNU/GDB Debugger,

Note:
❖ Practical Hands-on Assignment will be given everyday corresponding to the topics taken
❖ Candidates will be provided two Attempts of Evaluation once completed C Training
❖ If the candidates secured above the cut-off marks in first attempt, they can move directly to second module.

• Day 1 – Importance and Evolution of Embedded Systems, Different Architecture and Elements used in Embedded
  Systems, Preprocessing, Compiler, Assembler, Linker, Debugger
• Day 2 – Analog Electronics, Embedded Systems Introduction, Sensors related applications.
• Day 3 – Basics of Electronics: Active and Passive Components, Switches, Diodes, Digital Electronics
• Day 4 – Embedded C Programming, IDE, Programming and Debugging – Operators, Loop, strings, Array,
  Pointers, Function and Macros
• Day 5 – Simulation on software – Project creation, Basic LED Interfacing, Switches, Seven Segment Interface,
  Traffic Lights
• Day 6 – LCD Interface, Multiple Header file creation, Interrupt, Timers
• Day 7 – Graphical LCD, CCP, ADC
• Day 8 – EEPROM, RTC
• Day 9 – UART, SPI
• Day 10 – I2C
• Day 11 -14  – Project Prototype & Assessments, Mock Interviews, Resume Preparation
  Day 15 Real Time Application Projects.

Tools Needed: MPLAB X IDE, XC8 Compiler, Proteus, Micro-controller: PIC16f877a
Hardware Tools Used: PicKit2, PicKit3, Sensor (DHT11, LM35, Heart), Motor (DC Motor, Gear Motor, Stepper Motor,
Servo Motor), Bluetooth Interfacing, Keypad Interfacing, GSM and GPRS

Note:
❖ Practical Hands-on Assignment will be given every day corresponding to the topics taken
❖ Project will be allocated for every candidate which will be on any topic on Real Time Application Projects after the
completion of this module.
❖ If the candidates completed this real time Project with the mentioned time period. He/She will be eligible to go the next module.

• Day 1 – STM32 Basic Overview – STM32L, STM32F, STM32 – OSI Layers and Applications (Advance than other
  controller), STM32CubeMX CONFIG, IDE, KEIL Programming and Debugging
• Day 2 –  STM 32 Internal Architecture and Interface Protocol
• Day 3 – STM32, STM32 Basic Programming Module
• Day 4 – Peripheral Interface module
• Day 5 – Advance Protocol Module
• Day 6 – Advance Technologies Programming Module
• Day 7 – Automotive Communication Protocol Overview
• Day 8  – Automotive CAN/LIN Communication & Tools Details
• Day 9 – STM32Fx Microcontroller Memory Mapping and Bootloader Overview
• Day 10- Day 15 –
  Project Work Prototype

Tools Needed: CubeMxIDE, MDK ARM Keil Compiler, Development Boards : VAct Developed STM32F103xxx,
STM32F105xxx, STM32F106xxx
Hardware Tools Used: STLink – utility Debugger

Note:
❖ Practical Hands-on Assignment will be given every day corresponding to the topics taken
❖ Project will be allocated for every candidate which will be on any topic on Real Time Application Projects after the
completion of this module.
❖ If the candidates completed this real time Project with the mentioned time period. He/She will be eligible to go the
next module.

• Day 1 – 
  Introduction to Languages – Types of Language, Introduction to Translator, Compiler, Interpreter, Scripting Language
• Day 2 – Introduction to Python – Why Python, History, Python Implementation, Python Applications, versions, Python in real time
  Industry, 2.x v/s 3.x, 3.7 and 3.8
• Day 3 – Different modes of Python – Interactive Mode, Scripting mode
• Day 4 – Python Variable – Data type, byte array, Math Random, Local variable, Global variable
• Day 5 – Operators – Input and Output Operators
• Day 6 – Control Statements – Conditional control statements
• Day 7 – Data structures and collections
• Day 8 – Stings, List Collection, Tuple Collection, Set collection
• Day 9 – Function
• Day 10 – Assessment.

Tools Needed: Online Compilers: Online GDB Compiler, Python software

Note:
❖ Practical Hands-on Assignment will be given every day corresponding to the topics taken
❖ Candidates will be provided two Attempts of Evaluation once completed C Training
❖ If the candidates secured above the cut-off marks in first attempt, can move directly to module which is CAN –
Automotive module.

• Day 1 – Introduction and overview on Embedded Linux
• Day 2 – Getting Started with Raspberry Pi
• Day 3 – Booting up RPi – Operating systems and Linux commands
• Day 4 –  C Language – Working on C with RPi
• Day 5 – Working with RPi using Python and sensing Data using Python
• Day 6 – Yocto Embedded Linux using Raspberry Pi
  • Core components of Yocto Projects
  • Build System Workflow
  • Building First Image
  • Building a Raspberry Pi Image
  • Customizing Raspberry Pi Image
• Day 7 – Yocto Bitbake and Others
  i.Bitbake Overview
  ii.Bitbake Rootfs
  iii.Bitbake: Tasks
  iv.Bitbake Useful commands
  v.Yocto Layout
  vi.Bitbake – Layers Command
  vii.Creating a custom Image, Machine and Distribution
• Day 8 – User Configuration Yocto project
  • Raspberry Pi 3 Boot sequence
  • Creation and Using an SDK
  • Using the SDK with Qt Creator
  • Linux Distribution for Yocto Projects
  • Challenges to Yocto Projects.
  • Building an Operating System (OS) in Real Time using Yocto
• Day 9 – Day 10 – Project Works

Tools Needed : Ubuntu OS 18.04.5 LTS, Device Used: Raspberry Pi 3 Model B

Hardware Tools Used: External Monitor, Keyword, Mouse for Set up Raspberry Pi Mini PC

Note:
❖ Practical Hands-on Assignment will be given every day corresponding to the topics taken
❖ Candidates need to develop their own real time operating System (OS) after completion of this module
❖ Candidates can move on with the next module (which is Controller Area Network, Linux Based) if they are familiar in developing an RTOS

• Day 1 – Introduction to CAN – Need for Network Arbitration, Introduction to CAN, CAN Data Frame Format, Setup Virtual CAN
  Bus on Linux, Receiving and Monitoring CAN Bus
• Day 2 –  CANOE Tools – Introduction & Overview, Software simulation Setup and overview
• Day 3 – CAN Electronic Control Unit (ECU) and IG Block, Trace Window, Database Creation, Panel Designing etc.,
• Day 4 – Introduction to CAPL Programming for simulating a CAN Network
• Day 5 – Introduction to test specification Environment in CANOE
• Day 6 – Using a CAPL for Testing a CAN Network
• Day 7 – Introduction to UDS, Service ID’s, NRC
• Day 8 – SDLC and STLC – Introduction, Overview, Models involved in SDLC and Application

• Day 1 – Introduction to CAN, Setup Virtual CAN Bus on Linux, Receiving and Monitoring CAN Bus
• Day 2 – Using Python to simulate CAN Network
• Day 3 – CAN Database – Introduction & Overview, Followed by hands-on
• Day 4 – Using python and DBC to simulate a CAN Network
• Day 5 – CAN Application Development
• Day 6 – Use cases: Airbag ECU, Seatbelt ECU, Engine ECU