Rohit Iti

DTOS - Team Lead for VIC at DTICI

• As the Team Lead for VIC at DTICI, I am responsible for defining the software architecture for VIC in several key areas, including:
• Qualcomm SA8295 and Camera Systems, Board Bringup and Software Architecture, Software-Defined Vehicle (SDV), Service-Oriented Architecture (SOA), QNX Hypervisor and Android Automotive, System-Level Knowledge with Android, Inter-Process and Inter-OS Communication, Graphics Sharing between QNX and Android.
• Co' creating software architecture for DTOS VIC architecture along with DTOS team in India and Germany. Designed the prototyping software stack for integrating Service Oriented Truck API in the existing (QNX and Android environment.
• Designed the first draft of VIC architecture integrating QNX, Android and Linux domains for IC, IVI & CTP
• I have developed numerous Proofs of Concept (POC) to demonstrate the potential of SOA. I have also worked on the NVIDIA Orin board for SOA, focusing on board bring up and development.
• Additionally, I collaborate with various vendors, including Stradvision for Perception prototypes, and have led camera integration and development on Qualcomm boards. I have defined multiple concepts to align with SOA for VIC.
• A key achievement was the successful deployment of the Qualcomm 8295 in a truck with SOA, which was later demonstrated to the Joint Venture (JV) during due diligence.

• Planned, designed, and implemented software architecture for Camera (RVC - Rear View Camera) module, lighting, and maintenance modules.
• Designed and implemented HMI (Human Machine Interface) and business logic layer to handle various connectivity requests for RVC, Bluetooth, Wi-Fi, CarPlay, Android Auto, and other truck-specific features.
• Contributed to framework development with Siili/Luxoft colleagues, focusing on converting normal design to stateful widget design for truck-specific features.
• Collaborated with Luxoft engineers in Stuttgart (Böblingen) to create Software Requirement Specifications (SRS) for MB Truck features during an on-site assignment.
• Conducted functional and vehicle testing using debugging and testing tools (CANoe, Java Trace Analyzer) during an on-site assignment in Untertürkheim, Stuttgart, involving truck and HIL testing.
• Led the camera component and contributed to overall product stabilization by fixing reset issues and performance-related bugs for the Connect 5 project during an on-site assignment in Sofia, Bulgaria.

HMI Feature Development and stability

• Design and development of IVI (MI features including Info menu
• Settings and Precondition Timer. Derived the process and concept for cross RTC
• Domain integration enabling the faster integration of car features in to Truck
• Repository. Extensive root cause analysis and solutions for Connect5 stability issues.

• Design and development of HMI Software stack and features for multiple OEM (GM, John Deere)
• Responsible for development of HMI applications using QT and Mecel populas framework.
• Developed reusable components that significantly reduced development effort on multiple projects.
• Optimized algorithms for faster processing, reducing overall computation time.