CAN Protocol

Course Highlights

Controller Area Network Training Course

Delve into Controller Area Network (CAN), a communication protocol pioneered by Bosch for automotive applications.

Its versatility extends beyond automotive, finding applications in diverse industries such as industrial automation, aerospace, and medical devices. Not only does it equip you with essential knowledge, but it also serves as excellent preparation for CAN Fundamentals.

The Objective of CAN Protocol Training:
The objective of mastering the Controller Area Network training course is to acquire comprehensive knowledge of this extensively utilized communication standard and its specific applications, particularly within the realms of embedded systems and automotive technology. Experts in CAN protocol are actively sought after by numerous sectors. Acquiring knowledge in this domain leads to employment prospects in robotics, industrial automation and automotive engineering disciplines.

Embedded Automotive Training Overview

WE ARE MORE THAN A TRAINING CENTER,
WE ARE A CAREER SHAPER

Our course is designed by Industry experts and comes with 100% placement assurance. Our course is designed in such a way that the candidates taking our #pictraining and #armtraining feels they are more than 1.5 years experienced. This enables them to face the interview for #embeddedjobs with confidence and clear the interviews. The candidates undergoing #embeddedtrainingcourse in our facility is equipped with #realtimeexamples like writing test code for Engine Control Unit (ECU), Infotainment system, Airbag controller etc., . Our embedded training also includes an introduction to the latest concepts like AUTOSAR, RTOS, Embedded Linux, Device drivers, Boot loader development etc

Secure Testing & Challenges

Interactive activities that promote safe and smart exploration.

Strong Base For All

Building early skills in a fun and engaging way to support future success.

Education Training

All-Round Personal Growth

Focus on emotional, social, and cognitive development.

Safe & Caring Environment

A nurturing atmosphere where children feel loved, encouraged, and secure.

Unlocking CAN Protocol with VAct AutoEdge

Gain hands-on expertise using the VAct AutoEdge Development Board, the only embedded board in India for integrated learning of Automotive Protocols and Embedded Systems. Meticulously crafted by VAct Technologies, this board features an ARM Cortex M4 as its core with two dedicated CAN interfaces as a standout feature.

Peripherals & Dedicated CAN Channels

Features a wide range of peripherals such as RTC, ADC, I2C, SPI, PWM, Timers, UART, and two dedicated CAN interfaces.

75+ Core Experiments

Supports more than 75+ hands-on experiments providing a rich and diverse learning experience for automotive enthusiasts.

25+ Assignments & Challenges

Includes 25+ challenging assignments and practical problems to build real-world troubleshooting skills.

Hands-On Domain Exploration

Facilitates practical exploration of various functionalities crucial in the automotive domain to enhance industrial skills.

Automotive Protocol Learning

Understand and implement CAN communication protocols through practical demonstrations and projects.

Industry-Oriented Projects

Build real-time embedded and automotive applications to gain valuable project experience.

Hands-On Debugging Skills

Learn effective debugging and troubleshooting techniques used in professional embedded development.

Structured Learning Path

Follow a step-by-step curriculum designed for beginners, students, and working professionals.

Mastering CAN with VAct Technologies

VAct Technologies excels in delivering cutting-edge hardware and software solutions for the automobile industry. We strive to innovate and develop exceptional technology applications that offer unparalleled, cost-effective solutions for the ever-evolving business landscape.

At VAct Technologies, we offer online training programs for embedded systems CAN & IoT. Originally conceived to streamline automotive wiring with a two-wire bus, CAN has evolved into a fundamental technology with widespread industrial and automotive applications globally.

Course Highlights

  • Live Project Experience Work on real-world industrial projects with practical execution.
  • Customizable Schedule Choose class timings that adapt perfectly to your requirements.
  • Personalized Coaching Undergo direct mentorship from seasoned industry professionals.
  • Virtual & In-Person Sessions Attend classes online or in physical training centers.
  • Career Placement Assistance Get extensive support for securing roles at top MNC companies.
  • Industry Certification Earn a validated course certificate of technical excellence.
  • Performance Evaluations Access continuous evaluation checkpoints and feedback.

Our Core Values

  • Ensure placement support at leading multinational companies.
  • Enhance interview preparedness and broaden your career opportunities.
  • Provide hands-on training for real-world automotive-embedded job readiness.
  • Offer steadfast assistance for project-based learning.
  • Learn from accomplished, experienced instructors.
  • Access concise and comprehensive study materials designed for quick retention.

Timing & Professional Growth

The objective of mastering the CAN protocol online course is to acquire comprehensive knowledge of this extensively utilized communication standard and its specific applications, particularly within the realms of embedded systems and automotive technology.

  • Delve into the theory, operation, and practical applications of the CAN protocol.
  • Build a solid foundation that serves as excellent preparation for CAN Fundamentals.
  • Elevate your skills and propel yourself toward your automotive and industrial career aspirations.

Controller Area Network Training Course? Syllabus

  • CAN Characteristics
  • CAN frame format
  • Arbitration
  • Applications

  • Introduction to CAPL Programming for Simulating a CAN Network.
  • Signal Manipulation with CAPL.
  • System and Environment Variable.
  • Working with Timers.
  • Creating Panel and Integrating them.

  • UDS as a Transport Protocol.
  • Library Architecture
  • Reading the Diagnostic Trouble Codes know as DTCs: Read DTC Information.
  • Setting vehicle-specific configuration: Write Data by Identifier.
  • Overriding IO: Input Output Control by Identifier.
  • Requesting a Reset: ECU Reset.
  • Fault Management using UDS Protocol.

  • Waterfall Model.
  • Agile Model.
  • Interative Model.
  • V-V Model.

  • Introduction to CAN
  • Format of CAN Data Frame
  • Setting up CubeIDE for STM32
  • Configure CAN Data Frame and Sending on CAN Bus
  • Receiving and Monitoring CAN Bu

  • Periodic & Non Periodic messages
  • Sending CAN Data Frames Periodically
  • Sending CAN Data Frames on Event
  • Simulating an ECU Network
  • Monitoring Periodic messages from other node
  • Event Driven message & Capture

  • Engine ECU Use case definition
  • Engine ON/OFF CAN Message
  • Read Engine ON/OFF message periodically and update
  • CAN Messages to update Engine Status ( ON/OFF), Acceleration (Units), Speed ( Units) RPM ( %)
  • Read Engine RPM and send as CAN Messages
  • Receive Engine RPM & Speed and Display

  • Airbag ECU definition
  • Engine ON/OFF CAN Message
  • Seat Belt Message
  • Engine Running Message
  • Crash Detected
  • Simulating airbag ECU on CAN Network

  • UDS as a Transport Protocol
  • Reading the Diagnostic Trouble Codes known as DTCs : Read DTC Information
  • Setting vehicle-specific configuration : Write Data by Identifier
  • Overriding IO : Input Output Control by Identifier
  • Requesting a Reset : ECU Reset
  • Sessions and Security Control
  • Fault Management using UDS Protocol
Why Choose us

VAct Technologies Controller Area Network Training Course

VAct Technologies Controller Area Network Training Course provides industry-oriented training with real-time projects and hands-on practical exposure to make students job-ready in embedded and automotive technologies. Your Success Is Our Mission at VAct Technologies, we are dedicated to helping you achieve your career goals with expert guidance and practical learning.p>

Embrace Excellence

Industry-oriented embedded systems training with real-time projects and practical learning experience.

Industry Collaboration

Training developed with automotive OEM standards and modern embedded technologies.

Why Choose VAct Technologies

Standardized Training

Learn using industry-standard VAct Auto Edge Development Boards and advanced tools.

Expert Guidance

Get mentorship, placement support, and career-focused training from experienced professionals.

VAct Technologies Certification
Professional Certification

Become a VAct Technologies
Certified Automotive
Embedded Professional

The automotive industry is evolving rapidly, with embedded systems at its core. To thrive in this competitive field, hands-on experience with industry-standard hardware, tools, and software is essential. At VAct Technologies, we bridge the gap between academia and industry by offering cutting-edge training on real-world automotive embedded systems.

Our AutoEdge Development Board provides students with practical exposure to AUTOSAR, CAN, LIN, FlexRay, UDS, and real-time diagnostics—the very technologies used by leading automotive companies. With access to the latest microcontrollers, industry-grade tools, and professional debugging environments, students gain the skills that employers demand.

By enrolling in our Certified Automotive Embedded Program, you will:

  • Work on real-world automotive protocols and embedded software
  • Gain expertise using the latest tools & debugging techniques
  • Learn from industry experts with hands-on project experience
  • Be job-ready for top roles in automotive embedded engineering

Transform your passion into a high-growth career with
VAct Technologies — where innovation meets expertise!

Our Instructors

Meet the Team Passionate
People, Exceptional Talents

Mr.Kumaravel Pandurangan

Founder Managing Directorr

Mr.Raj Pandrala

Presenter

Mr A Prabhakaran

Embedded Systems

Mr. Vijay

GenAi

Mr Sandeep

Automotive & Embedded Systems

Mr Sumitt

QnX & Embdded Linux

Placements

What Our Associates Say

Divakar.R

Hardware Design
Engineer

Our Associates

Divakar.R secured a role as a Hardware Design Engineer. With 7 years of experience, he has strong expertise in hardware design and development.

Dinesh Babu

Embedded
engineer

Our Associates

Dinesh Babu from Batch 51 secured a role as an Embedded Engineer. His technical skills and dedication helped him gain 2 years of successful industry experience.

Abinaya

Sr. SWE
Automotive

Our Associates

Abinaya secured a role as Senior Software Engineer Automotive. With 4.5 years of experience, she has strong expertise in automotive software and embedded technologies.

Mukesh.E

mech
design p3

Our Associates

Mukesh.E secured a Mechanical Design P3 role with an impressive salary package of 7 LPA. His 7 years of experience showcase his strong professional growth in mechanical design engineering.

KARTHICK T

Hardware Design
Engineer

Our Associates

KARTHICK T achieved placement as a Hardware Design Engineer. With 6.5 years of experience, he has gained strong expertise in hardware design and validation.

Balamurali

Mechancial Design
Engineer

Our Associates

Balamurali started his career as a Mechanical Design Engineer. His strong understanding of design concepts helped him excel in the mechanical industry.

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