Sep 2018 – Aug 2021 · 2 yrs 11 mos · Bengaluru, Karnataka, India

• As a Senior Project Engineer in Wipro’s telecom division, I played a pivotal role in enhancing Wi-Fi mobility and core gateway functionality for large-scale network deployments. I led end-to-end design, implementation, and validation of features that improved wireless access efficiency and reduced operational complexity.
• Key Achievements & Contributions:-
• Designed and implemented the “TWAG – Swt No Tunneling” feature, enabling direct UE (User Equipment) access through the Trusted Wi-Fi Access Gateway improving mobility performance by 30% and reducing tunneling overhead by 40%.
• Enhanced the event-driven communication architecture between UE and TWAG, boosting real-time responsiveness and connection stability across high-traffic access points.
• Collaborated with cross-functional teams including QA, product management, and solution architects to ensure end-to-end system validation, reducing post-deployment defects and improving release confidence.
• Documented architectural decisions and design artifacts, contributing to organizational knowledge repositories and informing future scalability enhancements.
• Provided architecture recommendations to leadership and delivery stakeholders, aligning feature development with long-term product vision and customer requirements.

Aug 2015 – Sep 2018 · 3 yrs 1 mo · Bangalore

• As a Technology Analyst in Infosys’s broadband networking unit, I led architecture design and protocol enhancements for large-scale subscriber access systems. I collaborated closely with cross-functional teams to implement IPv6 support and streamline service delivery across BNG infrastructure.
• Key Achievements & Contributions:-
• Architected and implemented IPv6 integration for subscriber broadband access via BNG (Broadband Network Gateway), enabling dual-stack IPv4/IPv6 compatibility improving transition efficiency by 35% and reducing network configuration errors by 25%.
• Streamlined SDLC practices and ensured design compliance through regular architectural reviews and documentation, contributing to higher system reliability and maintainability.
• Collaborated with cross-discipline engineering teams to translate evolving business needs into scalable backend solutions, maintaining seamless integration with telecom infrastructure.
• Contributed to platform modernization initiatives, identifying technical debt and proposing architectural improvements for long-term scalability and protocol resilience.

Oct 2014 – Jul 2015 · 9 mos · Bangalore · Hybrid

• At Tata Elxsi, I contributed to the development of cutting-edge embedded solutions for telecom and healthcare domains. My role focused on building real-time, fault-tolerant software for critical communication systems, with a strong emphasis on performance, interoperability, and continuous availability.
• Key Achievements & Contributions:-
• Led the software development of Lifeline Vi+, a 24/7 telecare home alarm system, enabling real-time monitoring and emergency communication for independent living.
• Developed and optimized embedded C++ modules for seamless integration with telecare sensors and monitoring systems improving system response time and reducing failure rates in emergency scenarios.
• Engineered reliable communication protocols over GSM and NGN networks, ensuring consistent data transmission and zero message loss in life-critical situations.
• Enhanced system stability and uptime, contributing to a 25% improvement in reliability metrics for telecare deployments.
• Collaborated with hardware and QA teams to troubleshoot low-level communication failures, ensuring full compliance with safety and regulatory standards.
• Provided technical guidance to junior engineers, reviewing code, mentoring on embedded development best practices, and helping accelerate delivery timeline

Apr 2011 – Oct 2014 · 3 yrs 6 mos · bangalore

• As a Software Developer at Tech Mahindra, I contributed to the design and enhancement of mobile network infrastructure, focusing on RAB (Radio Access Bearer) optimization and dynamic session handling. My work directly supported improved resource utilization and network efficiency in live telecom environments.
• Key Achievements & Contributions:-
• Designed and implemented the RAB (Radio Access Bearer) modification feature, enabling dynamic adjustment of bearer parameters during active sessions resulting in a 20% increase in resource utilization and a 15% reduction in network congestion.
• Collaborated closely with protocol stack teams to integrate RAB control logic within existing 3G/UMTS network modules, ensuring seamless communication across access layers.
• Conducted extensive system testing and performance tuning, identifying bottlenecks and optimizing C/C++ implementations for real-time responsiveness.
• Documented functional designs and interface specifications, contributing to delivery consistency and cross-team knowledge sharing.
• Actively participated in sprint planning and peer code reviews, reinforcing Agile best practices and improving team delivery throughput.

Aug 2009 – Aug 2010 · 1 yr · Bhopāl Area, India

• Worked as a faculty member at an engineering college.