Role Proficiency:

Execute test scenarios with minimal supervision.

Outcomes:

1.     Construct and execute systematic test cases by referring to test scenarios for embedded systems based on test specifications or requirements
2.     Set up the relevant embedded hardware for testing
3.     Adherence to project quality processes as per the business demands
4.     Document test results and report defects

Measures of Outcomes:

1.     Number of test cases/script developed in comparison to the benchmarks
2.     Number of test cases/script executed in comparison to the benchmarks
3.     Number of valid defects
4.     Adherence to documentation and test results
5.     Adherence to project timelines

Outputs Expected:

Requirements:

1. Understand the requirement and write the test specification; execute the tests

Test Design

Development

Execution:

1. Flash the SW and setup the HW
2. Clusters
3. information into embedded systems
4. Identify and create test cases and test data
5. Conduct sanity testing for system readiness check
6. Execute test cases and scripts
7. Identify
8. log and track defects
9. Log productivity data

Debug:

1. Debug the embedded system and software functions

Manage Defects:

1. Raise defects
2. retest with the BKM’s (Best Known Methods) and update the defects

Status Reporting:

1. Report status of assigned tasks on daily basis. Comply with project related reporting standards/process

Document:

1. Document the results and BKM’s. Create learning and training documents

Skill Examples:

1.     Ability to review requirements to identify ambiguities
2.     Ability to design test cases. scripts and requirements
3.     Ability to apply techniques to design efficient test cases and scripts
4.     Ability to set up the hardware and execute tests
5.     Ability to measure the quality of testing through checklist
6.     Able to use Lauterbach Multi meter for debugging purpose

Knowledge Examples:

1.     Knowledge of testing tools and testing standards
2.     Knowledge of Tools relevant to embedded systems
3.     Knowledge of testing types - unit integration system testing
4.     Knowledge of Testing Processes
5.     Knowledge of Agile Methods - Scrum and Kanban
6. Knowledge on embedded C programming testing concepts python scripting exposures

Additional Comments:

Research and create high-quality, informative, and engaging automotive content using different Authoring tools. • Strong knowledge of Gasoline, Diesel, Comfort & Safety systems. With detail workflow & working of sensors & actuators involved in these systems. • Familiarity with tools, equipment, and procedures related to removal & refit is important. This knowledge will allow to create informative and instructional content. • Diagnose electronic, mechanical, and electrical systems problems in Vehicle using different testers & Diagnoses tools. • Diagnostic Trouble Code (DTC) identification and understanding the specific error code that has been generated. • Conduct vehicle testing, including Individual component testing. Proficiency in using automotive testing and diagnostic equipment, such as OBD-II scanners, multimeters, and oscilloscopes. • Understanding of automotive electrical system Mandatory : Should be able to diagnose vehicle independently, troubleshooting and repairing electrical systems in vehicles, create content for Guided trouble shooting. Good to have : Use of OE testers & OE descriptions OBD – II standards Guided troubleshooting Advantage : Certification Automotive Mechatronics. Hybrid and Electric Vehicle Systems (Level 2 and Level 3) certification