Muhammed Thalzih A P

Senior Software Engineer

Kozhikode, Kerala, India2 yrs experience

Highly Stable

Key Highlights

Expert in C++ development for telecom infrastructure.
Led significant protocol migrations enhancing data transparency.
Passionate about scalable solutions in next-gen networking.

Stackforce AI infers this person is a Telecom Software Engineer with expertise in C++ and networking protocols.

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Skills

Core Skills

C++Networking

Other Skills

Open Shortest Path First (OSPF)RSVPLinuxJSONOptical NetworkingDebuggingDevice DriversTechnical PresentationsCommon Object Request Broker Architecture (CORBA)TelemetryLink down IndicationBidirectional fault detectionFinite State MachinesRegeneratorLink Management Protocol

About

I'm a Software Engineer with 2 years of experience, currently working at Ribbon Communications, where I specialize in C++ development on Linux systems. My work focuses on implementing and optimizing network protocols such as RSVP and LMP, as part of the GMPLS (Generalized Multi-Protocol Label Switching) framework, contributing to the advancement of telecom infrastructure. A graduate of the National Institute of Technology Calicut (NITC), CSE 2024, I gained practical industry exposure through internships at GE HealthCare and Ribbon Communications in Bengaluru. These roles helped me develop a strong foundation in systems programming, networking, and large-scale software development. I'm passionate about building efficient, scalable solutions in the telecom domain and continually exploring ways to bridge software engineering with next-generation network technologies.

Experience

2 yrs

Total Experience

2 yrs

Average Tenure

2 yrs

Current Experience

Ribbon communications

2 roles

Senior Software Engineer

Jun 2024 – Present · 2 yrs

● Designed and implemented low-level debug command interfaces to enable direct hardware testing via software, significantly accelerating validation cycles and enabling robust automation for chassis management verification.
● Led a critical migration in the RSVP protocol stack by converting binary blob-based data storage to structured JSON format, improving data transparency, ease of debugging, and integration with modern tools—while ensuring seamless backward compatibility for legacy systems.
● Re-architected optical infrastructure control mechanisms to shift from wavelength-based to frequency-based management, enabling extended support for L Band transmission and future scalability.
● Engineered a resilient cleanup mechanism to remove stale ownership metadata from terminal nodes during next successful LSP establishment, improving network reliability.
● Proactively owned and resolved complex bugs across teammates’ codebases, reducing bottlenecks and allowing the team to maintain focus on critical feature development and delivery deadlines.
● Developed and integrated a custom device driver for an L2 switch.

Open Shortest Path First (OSPF)RSVPC++Networking