Nitinchandra Hegade

Thesis Topic: Safe Rust Multi-core development on PSoC 6 μC Tasks: - Developed Rust support for PSoC 6 µC by creating Peripheral Access Crates (PAC) - Ported the RTIC framework to ARM Cortex-M0+ and Cortex-M4 processors - Created multi-core embedded software using the RTIC framework for asymmetric processing and added multi-core debugging capabilities - Establishing inter-process communication (IPC) between the cores - Analysis of stack usage and memory footprint

Tasks: - Checking the feasibility of Polyspace software into Javacard OS. - Integration of Polyspace static code analysis tool into a development environment

Tasks: - Preparing lecture scripts and slides in LaTeX for NFC and RTOS courses.

Tasks: - Developed embedded software in C++ and Java for use on medical devices - Created a low-level wrapper class for the embedded real-time clock of a Cortex-M4 µC - Designed a decoder for error and measurement records from the memory contents of the Cortex-M4 µC using python with QtPy5 - Software analysis and improvement using SonarQube - Conducted an analysis of customer returns using an ISP interface and hardware inspection

Tasks: - Customisation and triaging of AUTOSAR E2E (End Communication Protection) and CRC Module - Design embedded code that complies with ISO-26262 and MISRA-C standards - Performing code validation and optimization to improve performance - Carrying out unit, integration, and functional testing to ensure the high quality of the software

Tasks: - Programming and configuration of SMT machines for new products. - Responsible for Technical availability of SMT lines. - Carrying-out troubleshooting and fixing the machine issues during breakdown.