Embedded System Training
An embedded system is a computer system with a dedicated function within a larger mechanical or electrical system, often with real-time computing constraints. It is embedded as part of a complete device often including hardware and mechanical parts. Embedded systems control many devices in common use Today.
HighTech Automation Courses
Post Graduate Diploma in Embedded System
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Advanced PG Diploma in Embedded System & Hardware Design
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Post Graduate Diploma in VLSI & Embedded System
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Diploma in Embedded System
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Course Contents for Embedded System
Introduction
Introduction to Embedded System
- Basics of Analog electronics
- Basics of communication
- Basics of VLSI
- Basics of Digital electronics
- Basics of Digital electronics
CONCEPTS
Embedded Concepts
-
Embedded Systems Concepts & Definition
- Need for prog language & l
anguages used for developing
- Intro to Microprocessor & Microcontroller
- Computer Architecture
- Intro to peripherals
PROGRAMMING C
Programming in C
- Decision control statements
- Modular programming using functionsPreprocessor, GDB
- arrays, Strings, Pointers
- Programming in the large
- Dynamic Memory Allocation
- Advanced pointers, Structure, Files I/O
- Trees and Expression Trees
- Data structures : Stacks, Queues
- Types of Linked List, Operations on Linked list
Hardware
Hardware Components Familiarising
- Resistors,Capacitors,Diodes
- Regulators,Switches,Connectors
- Transistors,Different ic families
- Transformers,Wires and cables
- Soldering practice
- Practical hands on general pcb,bread board and pcb
- Orcad Capture,Orcad Layout
- Proteus Schematic and Simulation
Wireless
Wireless Technologies
-
GSM
- GPS
- ZIGBEE
- RFID
- BLUE TOOTH
- WI FI
- FINGERPRINT
FPGA
VLSI & FPGA Architech
- CMOS Logic Design
- Advanced Digital Design
- Works on Industrial Tool XILINX
- ASIC Design
- VHDL Language and Coding for Synthesis
- RTL Verification
- FPGA Design Methodology and Prototyping
- Communication Protocol
- Implementation BY USING SPARTAN KIT
- FPGA KIT Implemetnation.
PIC
Microcontroller – PIC16F877A
-
Pin description
- Memory Organization
- Assembly programing
- Configuration of I/O Ports and Its Registers
- LCD Interfacing
- Serial communication (USART Module)
- GSM Modem,Timer/counter,ADC
- Sensors Analog&Digital
- CAPTURE,COMPARE,PWM,EEPROM
- Interrupts Handling
- Interfacing : Motors,Keypad,Relay
- Protocol: I2C,SPI
- Interfacing with RTC ,EEPROM
AVR
Microcontroller – AVR (ATMEGA 32)
-
AVR Family Members
- Memory Organization
- Assembly programing
- Instruction Set
- AVR-STUDIO IDE
- Creating Applications & Projects
- Creating new Source files
- Programming in C for AVR Microcontrollers
- I/O Port & Timer Programming
- Serial Communication (UART module)
- RFID modem interfacing with UART
- Analog to Digital Converter
- Sensor Analog & Digital
- CAPTURE,COMPARE,PWM,EEPROM
- Interrupts Programming
- Real-world interfacing
ARM 7,9,11
ARM7 core architecture programming & Embedded Protocols
-
ESDLC
- RISC and CISC Architectures
- Architech: Von-Neumann/ Harward
- GPIO, Peripheral interfacing (LCD)
- Memory and debuggers
- Introduction to ARM, ARM 7,9,11
- ARM Architecture& instructions
- ARM programming Embedded Protocols
- Interrupts,Timers,UART, ADC and DAC
ARDUINO
Microcontroller – ARDUINO - ATMEGA 328
-
Introduction to IDE
- Configuration of I/O Ports and Its Registers
- LCD Interfacing,Serial communication (USART Module)
- GSM modem interfacing with USART
- Timer/counter,ADC
- Capture,Compare,PWM,EEPROM
- Interrupts Handling
- Protocol: I2C
- Interfacing with RTC ,EEPROM Sensors
- Motors DC motors Servo motor
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