Madhura Patil

Highly motivated Embedded Systems Engineer with a strong foundation in software development, system architecture, and telecom solutions. Adept at using C/C++, Python, and network protocols such as NetConf and Yang to design, implement, and optimize embedded systems for telecom infrastructure. Passionate about driving innovation, improving system performance, and collaborating with cross-functional teams to deliver scalable, reliable solutions. Seeking a challenging role where I can contribute my expertise to impactful projects and further enhance my technical skills.

NTIO Uplink Port Development & Transceiver Integration

• Present, Directed the architecture design and implementation of NTIO subsystems, enhancing port functionality and optimizing performance across multiple platform speeds (10G, 25G, 40G, 100G).
• Successfully designed and integrated Wavelength Tunable SFP+ transceivers for multiple platforms, ensuring reliable and scalable optical connectivity.
• Developed LED functionality for NTIO ports, providing real-time status monitoring to improve diagnostic capabilities for network engineers.

SOHO Amethyst Switch Development

• Led the design and development of the Hardware Abstraction Layer (HAL) for the SOHO Amethyst switch, ensuring smooth port bring-up and reliable system performance across various hardware configurations.
• Developed a portable, efficient interrupt handler for the Amethyst platform, enhancing system responsiveness and performance.
• Collaborated with vendors to resolve integration issues, ensuring seamless deployment and operation of new platform features.

System Integration & Vendor Collaboration

• Integrated advanced Debuggability APIs to enable seamless hardware detail retrieval from third-party vendors, improving troubleshooting and system monitoring capabilities.
• Managed relationships with vendors, resolving critical equipment issues, and ensuring minimal disruption to development timelines and system deployments.

Enhanced Debuggability & Performance Optimization

• Led the initiative to improve the software debugging process by removing unnecessary trace logs, resulting in faster error resolution and more efficient system diagnostics.
• Optimized the size of executable binaries, reducing resource usage and improving system performance for Nokia’s legacy ISAM-based devices.
• Played an integral role in the development of Nokia’s Alarm Communication System, enhancing real-time detection and management of network anomalies.