About

Rakshita Chaudhary is an Engineering Leader with over 10 years of software design experience across various domains, including Automotive Infotainment, Medical devices, and Rail automation. She possesses a strong technical background in the embedded domain and has fast ramp-up skills. Rakshita's skills include software development and design experience across different layers of architecture, including middleware layer, business logic, GUI, and system/kernel understanding. She has experience working on distributed systems, C++, Boost, C, Python, Shell scripting (Basic), Linux Networking, Basics of Linus System/Kernel, Design patterns, OOPS concepts, Multi-threaded applications, IPC (Inter Process Communication), and RTOS concepts. She has experience in end-to-end delivery of software, including hardware setup, requirement understanding, design/architecture, development, unit testing, and production environment setup. Rakshita is well-versed with Waterfall, Agile, SAFe, and hybrid methodologies. She has experience working on multiple infotainment system domains such as Media, Tuners, VR-Speech, HMI, Internet Radio, Internet Radio, Appmode, Carplay, and Navigation. Rakshita has worked on TDD (Test-driven development) and SIL (Safety Integrity Level 0-4) projects. She has good exposure in Automotive, Medical, and rail automation (ETCS products). She possesses strong communication and interpersonal skills and has experience working across different geographical regions. Currently, Rakshita is working as a Lead Software Engineer at Siemens, leading a rail automation product-specific software component that is written using C++, QT on a Linux platform. She is responsible for end-to-end delivery of the component, which is a distributed system communicating over the network. She is using Agile and TDD approaches for development. In the past, Rakshita has worked as a Senior Consultant and Onsite Coordinator at Capgemini. She has a Bachelor's degree from Uttar Pradesh Technical University. Her key strengths include leadership skills, ability to take high ownership of complex system components, and drive it to the next level.