Sep 2024 – May 2026 · 1 yr 8 mos · Bengaluru, Karnataka, India · Hybrid

Feb 2020 – Sep 2024 · 4 yrs 7 mos · India

• Development of the Infinera proprietary protocol (MMP), leveraging technologies such as LLDP and RSTP. This protocol played a pivotal role in facilitating seamless communication between mainshelf and subshelf, effectively managing the intricate multichassis internal network.
• Additionally, I led the creation of a new Microservice within a Docker environment tailored for the integration of a novel pluggable device into the line card. This initiative not only showcased my proficiency in containerization technologies but also demonstrated my ability to adapt to evolving hardware requirements.
• Another highlight of my tenure is my involvement in implementing L1 Datapath bulk encryption using the IKE protocol and the StrongSwan stack. This endeavor required meticulous attention to detail and a deep understanding of encryption protocols, resulting in enhanced data security across the network infrastructure.
• Furthermore, I successfully orchestrated the seamless upgrade of OpenSSL from version 1.1 to 3.0.8 within a third-party StrongSwan application while preserving the integrity of the StrongSwan version. This endeavor showcased my adeptness at managing complex software upgrades without disrupting critical operations.
• I was instrumental in configuring a management framework to support the reconfigurability of ports using the YANG model for multi-chassis communication. This initiative underscored my proficiency in network management and my ability to leverage emerging technologies to optimize operational efficiency.
• Played a pivotal role in enhancing the software infrastructure through the development and maintenance of critical installation scripts for our new product line. These scripts not only streamlined the deployment process but also ensured consistency and reliability across our software ecosystem. Additionally, I meticulously maintained existing scripts, implementing updates and optimizations to meet evolving requirements and standards.

Jul 2016 – Feb 2020 · 3 yrs 7 mos · Bengaluru, Karnataka, India

• Development of the Ethernet communication stack for the Byton MCS2 project. This involved designing and implementing robust communication protocols to facilitate seamless data exchange within the vehicle's network, contributing to enhanced connectivity and functionality.
• Additionally, I spearheaded the development of Ethernet third-party configuration in CANoe for software validation purposes. Leveraging my expertise in automotive communication protocols and testing frameworks, I optimized software validation processes, ensuring the reliability and performance of our systems.
• Furthermore, I led the development efforts for the CAN communication stack for the FCA CVPAM project, enabling efficient and reliable communication between vehicle components. This initiative involved designing and implementing protocols tailored to the project's requirements, enhancing the overall functionality and interoperability of the system.
• In parallel, I developed a vehicle abstraction layer for both the Byton MCS2 and FCA CVPAM projects, providing a unified interface for accessing vehicle data and functionalities. This abstraction layer streamlined development efforts and facilitated seamless integration of various subsystems, contributing to accelerated project timelines and enhanced overall system performance.
• Lastly, I successfully implemented the calibration protocol XCP on CAN for the FCA CVPAM project, enabling efficient parameter calibration and adjustment. This initiative showcased my ability to leverage industry-standard protocols to enhance the functionality and versatility of automotive systems, ultimately contributing to the project's success.