Naveen Aradya

• Design interfaces between the components in the RADAR 600 series project.
• Design the new requirements, provide the requirements to the product owners, and explain the requirements and expectations from the components.
• Run-time analysis of the components and optimizing the same.
• Conducted thorough code reviews to ensure adherence to best practices and coding standards.
• Collaborated with cross-functional teams to ensure seamless integration of hardware and software components.
• Participated in trade shows and conferences to stay current with industry trends, applying this knowledge to improve products continually.
• Identified and resolved critical software defects, resulting in improved system reliability and stability.
• Performed root cause analysis on reported issues, developing long-term solutions rather than temporary fixes whenever possible.
• Spearheaded efforts to automate repetitive tasks within the software development life cycle, freeing up time for more strategic activities.
• Debugged software at rudimentary signal level, analyzing performance and diagnosing faults.
• Vehicle testing for the radar efficiency and detection of objects' accuracy checks.

Project #1: Lane Support System

• Developed the Lane Support System (LSS) for JLR.
• Working as a Software Developer for the application of the Lane Support System.
• Developing software for regulation R79 for ELK, LKA, LCCM, and ELK-OCV functions.
• Perform a unit test for the delta changes in the file.
• Deduce the customer requirements to system and software requirements in doors, and link the same.
• Check the software behavior in the vehicle with the help of the Applicator.
• Mentoring the development team and test team members during the software development cycle.
• Analysis of failed NCAP results, and update the software accordingly.
• Traceability report analysis for each release, which means checking if the failed test case is impacting safety aspects.
• Run the OACPP report and analyze the same.

Project #2: Lane Keep Assist

• Worked as a Software Developer for Honda Accord video functions.
• Mentoring the development and test team members during the software development cycle.
• Joint test with the customer at the Honda R&D Center in Tochigi, Japan.
• Performing a unit test for delta changes.

Project #3: Value-added functions in ESP systems for Japan OEMs.

• I worked on the application layer of ESP braking systems.
• Worked on AEB, ACC, HHC, HDC, EPB, and HBA VAFs for most of the Japan OEMs; RDCT is taken care of.
• Code was developed in the tool called ASCET.
• I visited customer locations for a joint test.
• Tested software in the vehicle at BOSCH Proving Ground in Hokkaido, Japan.
• I worked on FMEA topics for the delta changes.
• I worked on the DRBFM with the Mitsubishi project.
• Worked with the MSIL projects, which involved the activation of HHC and PHI without the ESP system.
• Presented the features, behavior, and customer interactions.
• Leading the team of eight for the application area of the ESP system.
• Integration of radar and video functions with the latest generation in the new vehicle.

• Worked as a developer for Glouse testing machine.
• Writing driver-level software for ADC, SPI, EEPROM, and testing on development boards.
• Drawing hardware schematic of concept studies.
• Writing software for applications.
• Testing the software in the hardware at the customer location.