Shilpa Raju

- Develop BLDC motor control functions - ASPICE SW Engineering processes: . SWE.1 Software Requirements Analysis . SWE.2 Software Architectural Design . SWE.3 Software Detailed Design and Unit Construction . SWE.6 Software Qualification Test - Interim E/E and Software Development Coordinator for a platform project

- Develop BLDC motor control functions - ASPICE SW Engineering processes: . SWE.1 Software Requirements Analysis . SWE.2 Software Architectural Design . SWE.3 Software Detailed Design and Unit Construction . SWE.6 Software Qualification Test - Interim E/E and Software Development Coordinator for a platform project

- Requirement analysis, software design and development of embedded software based on STM32 - Embedded applications based on Linux - System design in cooperation with hardware and system engineers

- Bosch Internal Open Source development (Open Hardware and Software) team for the next gen. vehicle control unit - Cross platform software development which employs C++ for Compute applications and Python for Connectivity applications - Prototyping of service oriented communication framework focusing majorly on connecting devices to cloud via AMQP

On deputation - Signal based communication to service based communication - Integrate service oriented communication middleware - Signal configuration for Data Acquisition over XCP from cloud - Linux application layer programming - Cloud based device management demonstrator - Language bindings for communication middleware

- Implementing Ethernet time synchronization concepts as per AUTOSAR standards – requirement analysis, design, coding and testing of EthTSyn module - AUTOSAR 4.x ASW development - Porting legacy ASW modules to AUTOSAR, integration of AUTOSAR application and base-software components and their validation - Responsible for analyzing, concept proofing and writing tool requirements to support co-existence of mixed-mode SW (AUTOSAR-based and legacy software co-existence) for powertrain ECU

On deputation - Concept proofing mixed-mode (legacy MSR and AUTOSAR) scheduling strategies and AUTOSAR based mode management in multicore Powertrain ECU software based on RTAOS

Customer Engineering – Powertrain ECU Software - Integration of legacy application software module - Integration of OEM’s AUTOSAR3.X based ASW and their validations - Adapter development and its validation - Validation in open loop and closed loop environments