Software Testing In
Embedded Systems

Join Our Free Master Class Session

Next Batch Starts: 1 May, 2024
Limited no. of seats available

Program Duration: 60 Days
At 10-15 hours/week

Online / Classroom
Learning Format

Program Overview

Our Software Testing in Embedded System Program, immersing yourself in real-world applications and hands-on projects that sharpen your skills to tackle industry challenges.Gain knowledge in standard tools with best practices to secure your place at the forefront of innovation.

Key Features

Industry-Relevant Curriculum : desisigned curriculum to cover the most up-to-date and relevant topics in the field of cyber security.

Job Portal Access: Our students gain access to a specialised job portal increasing their employment prospects.

Job-Ready Training: allowing participants to gain practical skills real-world scenarios and challenges

Hands-On Projects with Cutting-Edge Tools: Opportunities to work with the latest cyber security tools with industry practices.

Personalised Mentorship: Trainees will guide & support you at every stage of training personally

Expert-Led Live Sessions : Live sessions by industry professionals covering advanced topics and real-world case studies for enriched learning

Course Plan

  • Introduction to Automotive Embedded Systems and overview on different ECUs in Automotive Systems:
  • Domain overview of Automotive/Embedded Systems
  • Introduction to different ECUs like Advanced Driver Assistance system (ARS, MFC, SRR), Body control Module, Power Train, Chassis, Anti-lock braking system etc.
  • Overview of CAN
  • CAN Frame Formats
  • message transmission and reception
  • Bus access method and arbitration
  • Message types, detailed description of the structure and function
  • Frame Types
  • Data Frame
  • Remote Frame
  • Error Frame
  • Overload Frame
  • CRC and Acknowledgement
  • Bit Stuffing
  • Error detection mechanisms
  • Error treatment and tracking
  • Motivation for the bit time interval
  • Relation of baud rate and length of the CAN bus
  • Synchronization and resynchronization
  • Characteristics and application area of CANoe
  • Available hardware for CANoe/CANCaseXL
  • Configuration of used hardware
  • Creating a configuration in CANoe
  • Introduction to the Graphical User Interfaces
  • Dataflow, measurement setup and simulation setup
  • Measurement and analysis windows for CAN
  • Filter and trigger blocks
  • Interactive Generator Block
  • Replay Block
  • Simulation and Modeling in the Development Process
  • Signal Server Concept and Interaction Layer
  • Overview of OEM extension
  • Creating a configuration for simulation and modelling
  • System Panel, Nodes and Network Panels
  • Generate signal runs with signal generators
  • Cdd creation using CANdela, UDS services execution using CANDiVa
  • UDS services ISO – 14229
  • Diagnostics Sessions
  • Diagnostics Security access
  • Diagnostics P-Code and Fault Codes
  • Routines and IO Controls
  • Software flashing
  • Transport Layer
  • Single Frame
  • First Frame
  • Flow Control Frame
  • Consecutive Frame
  • Block Size
  • ST min Timing Parameter.
  • Introduction CAPL
  • Usage of CAPL
  • Network nodes and program nodes
  • CAPL Programming
  • CAPL Browser
  • Syntax and semantics of Difference between CAPL and C
  • Keywords
  • Data types
  • Operators
  • Loops
  • CAPL functions
  • Using CAN messages
  • Using Keyboard events
  • Using system events
  • Using timers
  • CAPL Applications
  • Node Emulation
  • Node Testing
  • Gateway
  • Bus Separator
  • CAPL Programming Environment
  • CAPL Responds to Events
  • Example CAPL Programs
  • Event Message Transmission
  • Periodic Message Transmission
  • Conditionally Periodic Message Transmission
  • Limitations of CAPL
  • Data Logging and Offline Analysis
  • Simulation and Modeling with CANoe for CAN
  • Signal Oriented CAPL
  • CAPL programming under Network Nodes/program nodes/Test module
  • CAPL for Diagnostics
  • Real-time Examples Of CAN & Diagnostic Communication CAPL programming
  • Linking of Panel objects with the CAPL program
  • Usage of Environmental and system Variables in CAPL
  • Customized data logging in the CAPL program
  • Test Feature Set of CAPL
  • Test Module, Test Group, Test Case, Test Step.
  • V Cycle, V&V Concepts, Testing Concepts
  • Overview of DOORS
  • Create a single view of the requirements
  • Trace linkages between requirements
  • Evaluate the impact of changes to requirements
  • Create review workflows
  • Monitor project performance with metrics
  • Baseline projects and track change history
  • Test Case design in DOORS and traceability
  • Creating test runs and updating test results
  • vTest Studio offers universal traceability of the test specifications defined externally. This automation testing tool can also provide high test coverage, without the need for writing any complex test case scripts
  • Designing Test cases and execution flow in VTestStudio
  • Jira is based on four key concepts: issueprojectboard, and workflow.
  • An issue is a single work item you track from creation to completion. An issue could be a bug, a user story, an epic or an artifact that your documentation team needs to create.
  • People may refer to issues as requests, tickets, or tasks. It’s better to use issues or the specific issue types that you define to avoid confusion.
  • Most product teams typically use issue types of Epic, Story, Bug, Test, and Task.
  • Testing of CAN Database to verify the message DLC, Cycle time, Checksum and alive counter
  • Testing of all UDS services as part of Diagnostics
  • Diagnostic trouble codes testing like Low Voltage, High Voltage, CRC, Alive counter, Signal Invalidity, Bus off and Snapshot, extended data verification for the DTCs.
  • Flashing of Bootloader and Application SWs based on the software releases
  • Test Design techniques and Test Cases implementation:
  • Training on ADAS Projects:
  • Training on BCM Projects:
  • Basic Open Loop Test Environment:

Tuition Fee

Rs.35,000/-(Excluding GST)

Rs.50,000/-(Including GST)

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