I graduated with honors in Software Engineering studies, achieving top grades in my group. I have excellent communication skills and integrate well into teamwork with productive collaboration. Challenges motivate me, drive me to learn and improve, and enable me to perform at my best. I strive to develop creative and effective solutions and bring value to every task I undertake. I am highly motivated to continue learning and advancing in the field.
Complete UVM-based verification environment for a packet router

Mentored by: Qualcomm
Verification Bootcamp 2025 (Verification)
Responsibilities:
Established the UVM verification environment, including the top-level testbench, interfaces, and DUT connectivity.
Developed a full YAPP Agent consisting of a Driver, Monitor, and Sequencer following UVM principles.
Implemented a set of Sequences covering basic flows, randomized scenarios, and various traffic patterns.
Built a functional Reference Model that emulates the router behavior and serves as a golden reference.
Developed a Scoreboard that compares expected packets with observed packets to identify mismatches.
Added Functional Coverage groups to measure verification completeness across channels, IDs, and packet sizes.
Performed load and multi-channel stress tests to evaluate router behavior under high-traffic conditions.
E-commerce web application built with React and Node.js, featuring product filtering and sorting, dynamic search, user flow management, and a modular component-based architecture
Working Proficiency