Akshay Kulkarni

Time Synchronisation in a Front Camera Measurement System 1. Formalisation and Incorporation of Ibeo LIDAR sensors data as per Bosch Front Camera validation toolchain 2.Derving a time synchronisation method between different sensors 3.Development of a toolbox in C++ for generating a pre-labelled xml file consisting of LIDAR sensor detected object and lane markings 4. Analyzing the impact of employed time synchronization method 5. Identfying the challenges in deployment of LIDAR sensors

Feasibility study of FlexRay and CAN FD for Video validation 1.Validation of Camera ECU using Vector CANoe Rest Bus simulation 2.Interoperability of FlexRay in ADTF and Vector CANoe 3.Interoperability test of PEAK PCI CAN FD card and Vector VN1630 CAN FD hardware 4.Feasibility analysis of BUSMASTER tool for FlexRay, CAN and CAN-FD buses 5. Measurement of CAN Jitter associated with a Sync message for different bus loads in CANoe 6. Explored time synchronization protocols such as IEEE 1588 and NTP

1. Basics of data warehousing 2. Hands-on experience with Hyperion Essbase financial tool 3.Lead a Sony pictures project on Multi-dimensional Database 4.Hands on experience with ETL tool Informatica

1.Practical exposure in embedded and operating systems - μcos II 2.Developed a Real-Time Operating System game 3. Got an insight to AVR ATmega64 microcontroller and its programming Academic

Bachelors thesis – SCADA & its implementation 1. Worked in CRP Department on SCADA Systems 2. Configured different Relays 3. Established connections between different SCADA components 4. Developed a working prototype of temperature controller in which SCADA’s component Remote Terminal Unit (RTU) was replaced by microcontroller for my bachelor’s thesis

AUTOSAR architecture, CAN, CAN-FD, FlexRay, Automotive Sensors, Vprocess, Schedulability analysis, Hardware-Software co-design Embedded C, Microcontroller Programming, Multi-Core-Programming Embedded System Software Design, Robotics

Digital and analog Electronics, Embedded Systems, Control System, Robotics, Microcontroller and Microprocessor