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Course Detail

Course Name System Engineering Lab
Course Code 26AL684
Program M. Tech. in Automotive Electronics
Semester 2
Credits 1
Campus Coimbatore

Syllabus

Syllabus

Lab Course Contents:

Exp. No Experiment Details
1 ASIL compliance in safety critical systems
1. Validate based on ISO26262 (Parts 5 & 6)
2 Building a project management plan; and, hence, deriving and analysing project requirements
  1. Creating a PMP Document
2. Creating an Action Diagram
3. Adding Information to the Project Plan
4. Creating a Project Timeline Diagram
5. Decomposing and Transforming Requirements in a Document
6. Adding Decision, Issue and Query Entities to the Project Database
3 Developing and executing a scenario model
  1. Creating the Scenario Mode Physical I/O
2. Creating an action diagram with I/O
3. Creating an Action Diagram to Represent Different Scenarios
4. Decomposing a Scenario
5. Performing Discrete Events Simulation
4 Identifying potential implementation strategies on the scenario model
  1. Adding attributes to a class using the Schema Editor
2. Creating Assets with Newly Defined Attributes
3. Creating a Label in the Schema Editor
4. Adding and Organizing New Rover Labels in the Database
5 Identification of the appropriate trade studies
  1. Adding Trade Study Artifacts to the Database
2. Inserting the Trade Studies into the Project
3. Connecting the Requirements to the Trade Study
6 Creating of optimized model and its design monitoring
  1. Downloading and Extracting / synthesising system CAD File
2. Creating an Asset Hierarchy of the System
3. Adding both Directions of the “References” Relationship to Pinned
4. Creating Artifacts for Existing Asset Entities
7 Creating test cases and suites
  1. Adding a “Verifies” Relationship to a module of the system
2. Adding a Traceability Matrix
3. Documenting an Identified Issue
4. Adding Relationships to Finish Tracking the Issue
5. Tracing Issues via a Spider Diagram

Domains: HVAC, Powertrain, Transmission, Chassis, Braking & tyres, Electrical (battery; recovery;

wiring harness), Infotainment, Sensors, Communications (full stack), ECU, ADAS/AV

Text Books / References

References:

  1. P Patankar and S Kulkarni, “MATLAB and Simulink In-Depth”, BPB Publications, pp. 602, 2022.
  2. R Aarenstrup, “Managing Model-Based Design”, The MathWorks, Inc., pp. 94, 2015.
  3. D K Chaturvedi, “Modeling and Simulation of Systems Using MATLAB and Simulink”, CRC press, pp. 734, 2017.

Objectives and Outcomes

Course Objectives:

  • To instantiate systems engineering using software tools.
  • To offer insights on systems engineering related software development.
  • To incorporate the prevalent safety standards in vehicular system development

Course Outcomes :

  • CO01: Ability to understand salient concepts in automotive systems engineering
  • CO02: Ability to analyze and process model-based systems engineering
  • CO03: Ability to design and implement model-based systems engineering
  • CO04: Ability to apply prevalent safety standards in vehicular system development

CO-PO Mapping

CO/PO PO1 PO2 PO3 PO4 PO5 PO6
CO01 3 3 2      
CO02 3 3 2   2  
CO03 3 3 2   2 3
CO04 3 3 2   2 2

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