Ashish Shinde

Led a team of architects and developers to develop software architecture (SOA) using SOME/IP protocol and Adaptive Autosar. Created detailed interfaces, sequence diagrams, and software component requirements leveraging SysML and UML modeling techniques. Conducted a system requirements review and collaborated with stakeholders to review and finalize the architecture. Reviewed C++ code and provided technical support to development teams. Ensured that the architecture adhered strictly to automotive functional safety standards following ISO 26262. Applied knowledge of QNX RTOS, integral to the project environment. Followed ASPICE standards to maintain high-quality software development throughout the project lifecycle.

Worked on firmware development for the collimator used in the X-ray system. Individual contributor and lead the feature development. Embedded C and C++ programming and device driver on MSP-430 (16-bit TI) controller. Hands-on RTOS software development. Bare metal embedded software programming and firmware design to develop products. Experienced in developing and debugging bootloaders as well as performing comprehensive board bring-up. Handling a team of junior developers throughout product development. Following AGILE scrum methods, using SVN and GIT for version control. Designed and developed sugarcane harvester software in Embedded C, MATLAB SIMULINK/STATEFLOW. Development using CAN, J1939 communication protocol on 16-bit and 32-bit controllers. Worked on John Deere's proprietary RTOS. Testing software with SIL, MIL, and unit testing, including integration and validation. Designed and developed a simulator to test the modules. Mentored and led juniors during product development.

Designed, developed, coded, tested, and debugged embedded software architecture for different vehicle programs and controllers. 16-bit and 32-bit microcontroller programming. Development using CAN, I2C, and SPI communication protocols. Testing with the Trace 32 Lauterbach debugger and vector tools on a multicore controller. Hardware debugging using digital oscilloscope. Experience in Board Support Package (BSP) development, including hardware abstraction layer creation and low-level driver integration.

Worked on radiation monitoring instruments for the defense industry in India. Embedded C programming on Arm Cortex M3 controllers. Development of a radiation monitoring system over the air and water. Device driver programming and using SPI, I2C, and TCP/IP protocols, RTOS hands on development. Requirement understanding and involvement in the standalone development of a product from scratch. Client facing on field and off field. Developed GUI using Visual Basic. Hardware debugging using digital oscilloscope.