Embedded Training
The students have a chance to work on our own embedded product development team thus getting placement in embedded automotive domain for our client side too.
VACT Embedded Systems Training
VACT Technologies
VAct (Pronounced as “We Act”) Technologies is best embedded training in Coimbatore imparting quality embedded systems training. The training involves 3 modules :
C Programming ( Basic C Programming & Advanced C Programming course).
Embedded Systems – PIC ARM and Stm32 modules ( UART, SPI, I2C, )
Automotive protocols – Controller Area Network and LIN
The above embedded training provides insight into tools like CANoe & CanAnalyzer also includes a quick wrap on Python programming. Our modules are designed with our Original Equipment Manufacture (OEM’s) and Tier 1/Tier 2 suppliers. So our embedded system course designed in a way for you to give you the insigt about various domain like Automotive, Industrial Automation, Medical Electronics, Telematics, Avionics & Aerospace etc., Once you enroll yourself in our course, you are given multiple assignments on the critical topics ( Pointers, Arrays, Linked list etc. ) for you get the real time programming experience in developing real world systems.
We also have specialized course on Aurdino/RaspberryPi modules. VAct Technologies comes with 100% placement assurance after the successful completion of the training. Our course is designed in such a way that the candidates taking our #pictraining and #armtraining feels they are more than 1-1.5 year experienced. This enables them to face the interview for #embeddedjobs with confidence and clear the same. The candidates undergoing #embeddedtrainingcourse in our facility is equipped with #realtimeexamples like writing test code for a Engine Control Unit (ECU) or a Airbag controller in a car. Our embedded training also includes introduction to latest concepts like Autosar, RTOS, Embedded Linux, Device drivers, Boot loader development etc. In short WE ARE NOT A EMBEDDED SYSTEMS TRAINING CENTER, but we strive to provide training for our own embedded product development and placements for our client side. Please look at our various Social Media handles like facebook, Instagram, twitter etc., We would also invite you to read some of our Google reviews provided by our earlier students
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3 Days Training
This is a practical Online Embedded Systems Course that enables fresh engineers to get their first job.
Highlights
- Embedded Systems (Level 1) Certification
- V-ACT – SoS Certified Embedded Professional
- 5 Projects and examples with a mini project
- 7 hours in a day
10 Days Training
This program is basically suitable for ECE, EEE, CSE & IT stream of engineering students.
Highlights
- Embedded Systems (Level 1) Certification
- V-ACT – SoS Certified Embedded Professional
- 15 Projects and examples with a mini project
- 7 hours in a day
VACT Trainer Profile
Mr.Raj Pandrala
Software Architect with 15+ years Experience
- Experienced in developing firmware with object oriented background that executes on SoC
- Developed device drivers for various chipsets and peripheral devices
- Developed and enhanced Firmware / BIOS / BSP, Boot Loaders and RTOS
- Developed secure boot loader with AES and RSA Secure technologies
- Experienced on 8/16/32 bit CPU / Bus Architectures
- Experienced on various technologies like PCI, USB, OTG, Smartcard, SDIO, I2C, SMBus, SPI, UART, IrDA, GSM / GPRS, NAND Flash, Ethernet, Bluetooth, NFC and exposure on ACPI, IPMI & BMC Technologies
- Experienced on Board Bring up, RTOS porting and diagnostics
- Application software development and middleware integration
- ASIC - Front-End design and implementation.
- Developed HW for embedded system ( based on microprocessor / micro-controller ) and good understanding on digital circuitry
Overview of 3 days Training
Description
Overview : This is an intensive program intended at explaining the core concepts of embedded systems programming and its applications on real-time as listed below
- Embedded System concepts
- “C” Programming language concepts
- 8051 Micro-controller Architecture
- PIC16F877A MCU Architecture
- LPC 2148 ARM based MCU Architecture
- Operating system concepts
- RTOS concepts
- Lab session on 8051
The key learning from the program :
- Training from Industry experts, doing corporate training for many reputed corporates
- Job assistance for the candidates
- 100% Hands on training for the students
- Guidance on the real-time projects for final year students
- Industry – Institute Interaction
- Better accreditation for institutions from Govt/State agencies
- Guidance for setting up of embedded systems lab using MODROB/TIFAC/TBI/DST/CSIR funds
Features
Duration : This program is planned for 3 days and minimum 7.00 hours in a day.
Attendees : This program is basically suitable for ECE, EEE CSE & IT stream of engineering students to provide awareness and abstract level knowledge on embedded systems.
Pre-requisites:
- Basic knowledge on C programming language
- Basic Knowledge on micro-controllers
The key learning from the program :
- Embedded Systems concepts
- C programming concepts for various HW & SW technologies
- Good knowledge on microcontrollers like 8051 PIC & ARM
- Using various IDE’s, Compilers, Cross-Compilers
Modules of 3 days Training
- Embedded system Introduction
- Microprocessor and micro controller essentials
- Overview of programming process
- Embedded Systems and C compilers
- Data Types and Limits
- Storage Classes
- Storage qualifiers
- Near and Far qualifier
- RAM and ROM qualifier
- Interrupts and exceptions
- Interrupt based IO programming
- Polled IO programming
- Challenges in polled IO programming
- Debug and emulation
- Microcontroller introduction – 8051
- Architecture overview
Register set and Instruction set - Overview on internal components – timers, Interrupt controller, UART
- Memory Map and interfacing the peripheral devices
- Programming through C and ASM – UART, LCD and ADC
- Lab Session
- Introduction PIC16F877A MCU
- PIC16F877A MCU Architecture overview
- PIC16F877A MCU internal components overview
- Analysing sample programs
- ARM family processor overview
- Introduction LPC 2148 ARM based MCU Architecture
- Overview on LPC 2148 internal components
- Analyzing sample programs
- Operating system concepts
- RTOS concepts
- Embedded system design challenges
- Introduction on our training programs
- Why our training is needed
- Q and A
Overview of 10 days Training
Description
Overview : This is an intensive program intended at explaining the core concepts of embedded systems programming and its applications on real-time as listed below
- Embedded System concepts
- “C” Programming language concepts
- 8051 Micro-controller Architecture
- PIC116F877A MCU Architecture
- LPC 2148 ARM based MCU Architecture
- Operating system concepts
- RTOS concepts
- Lab session on 8051
- Lab session on PIC16F877A
- Lab session on LPC2148
The key learning from the program :
- Training from Industry experts, doing corporate training for many reputed corporates
- 100% Job assistance for the candidates
- 100% Hands on training for the students
- Guidance on the real-time projects for final year students
- Industry – Institute Interaction
- Better accreditation for institutions from Govt/State agencies
- Guidance for setting up of embedded systems lab using MODROB/TIFAC/TBI/DST/CSIR funds
Features
Duration : This program is planned for 10 days and minimum 7.00 hours in a day.
Attendees : This program is basically suitable for ECE ,EEE CSE & IT stream of engineering students to provide awareness and abstract level knowledge on embedded systems.
Pre-requisites:
- Basic knowledge on C programming language
- Basic Knowledge on micro-controllers
The key learning from the program :
- Embedded Systems concepts
- C programming concepts for various HW & SW technologies
- Good knowledge on microcontrollers like 8051 PIC & ARM
- Using various IDE’s, Compilers, Cross-Compilers
- Overview about VLSI chip design
Modules of 10 days Training
- Embedded system Introduction
- Embedded systems Applications
- Embedded systems Growth
- Embedded system Design Challenges
- Microprocessor and Microcontroller essentials
- Overview of programming process
- Embedded Systems and C compilers
- Introduction on C Programming Language
- Q and A
- Data Types and Limits
- Storage Classes
- Compound data types
- Decision-making
- Looping
- Functions in C
- Arguments passing by value
- Arguments passing by reference
- Pointers
- Pointer arithmetic
- Command line arguments
- Sample programs analysis
- Q and A
- Microcontroller introduction – 8051
- Pin description
- Architecture overview
- Register set and memory map
- Addressing modes
- Instruction set
- Interrupts
- Overview on internal components – timers, Interrupt controller, UART
- External devices interface
- Q and A
- Programming through C and ASM – UART, SPI, I2C, LCD, TFT
- Lab session on UART and other protocols
- Programming through C and ASM – LCD, LEDS
- Lab session on LCD and LED sample programs
- Introduction PIC16F877A MCU
- Pin Description
- PIC16F877A MCU
- Architecture overview
- PIC Features
- Machine cycles
- Instruction set
- Memory map
- Peripheral component interface
- Interrupts
- Q and A
- USART, Timers and ADC – C Sample programs
- Lab session USART, Timers and ADC
- ARM family processor overview
- ARM7 Architecture overview
- Register set
- Interrupts
- Introduction LPC2129 ARM based MCU Architecture
- Overview on LPC 2148 internal components
- Q and A
- LPC2129 Sample programs analysis
- Lab Session
- Overview on Operating systems
RTOS concepts - Overview on VLSI
- Overview on VHDL and Verilog
- Introduction on our training programs
- Why our training is needed
- Q and A
