Arjun M. K.

Description

• Ensure consistent power distribution for charging and discharging rates in a 12V battery to guarantee reliable car cranking.
• Creating algorithms within MATLAB models and producing C code through TargetLink.
• Conducts a test process that includes the formulation of test specifications and test cases, accompanied by unit testing employing TPT and simulation techniques.

Functionality and contribution role: technical expert roles.

• Comprehending functional specifications and design frameworks for PowerNet modules.
• Resolve architecture-related questions pertaining to Powernet topics.
• Power network, along with diagnostic services administered,

architectural layout of modules.

• Conduct a code review for the produced code, and enhance efficiency.

Description

• Transform road illumination through automated lighting projections, eliminating the need for manual control.
• Designing algorithms in MATLAB environments and generating C code through Real-Time Embedded Coder.
• Formulate test specifications and test cases, subsequently executing unit testing with TPT, and simulation tests.
• Adapted models from floating point to fixed point and implemented an AUTOSAR wrapper to facilitate the generation of AUTOSAR-compliant code.

Role & Contribution Role: Technical Specialist

Responsibilities:

• Comprehending functional criteria and design strategies for automatic light projection.
• Dynamic light bending and leveling through a model-based approach using MATLAB and Embedded Coder.
• Automatic glare-free region development for any vehicle in the headlight zone.
• Correction of issues in the corresponding functionality detected in the testing phase.
• Evaluation of generated code and improvement for performance efficiency.

Description

• Manage the monitoring of incoming sensors and input messages transmitted by the engine ECU via the network.
• Designing algorithms within MATLAB frameworks and producing C code via TargetLink.
• Execute the test process through the creation of test specifications and cases, subsequently performing unit testing with Tessy.

function & impact role: technical lead

Responsibilities:

• Understanding functional requirements and enhancing plausibility functions for sensors.
• Implementing a system using a model-based methodology with MATLAB TargetLink.
• Unit validation (Tessy) system.
• Issues rectification in the corresponding functionality for defects discovered in the testing phase.
• Execute a code review on the generated target link code for slight bug corrections.

Description

• Evaluate the needs of the IC engine to facilitate smooth operational control.
• Designing control algorithms in MATLAB models and embedded C programming.
• Construct test specifications and formulate test cases, succeeded by simulator testing.

Role & Contribution Role: Team Member

Responsibilities:

• Understanding functional requirements and enhancing comfort features of passenger vehicles.
• Implementing a system with embedded C code and a model-based approach using MATLAB and ASCET.
• Desktop testing (TPT) and module testing under a closed-loop ECU environment.
• Correction of bugs found in functionality during the testing phase.
• Executed a code review of the generated AUTOSAR code for slight bug resolutions.
• Revamping functionality to simplify complexity.

Project Name: AFX Model-Based Combine Harvester Design.

Duration from 15-Jan-2015 to 25th-Feb-2016

Team size: 6 members.

Description

• The project focus is on understanding the software (existing C code) for the AFX machine and drafting the requirement specification document.
• Creating MATLAB models by porting C code into MATLAB models with improved functionalities.
• The test procedure includes the development of a test harness and test cases, followed by simulator testing.

Role & Contribution Role: Team Member

Responsibilities:

• Analyzing functional needs.
• Drafting requirement specifications for functionality.
• Design of system framework.
• Implementing a system through a model-based approach.
• Unit testing and military testing for each module responsible for.
• Defect correction in the applicable model for bugs detected in the testing phase.
• Executed a code review of the generated AUTOSAR code for slight bug corrections.
• Developed interfaces for sensors and actuators, facilitating the integration of multiple functionalities.