Moments

Selected Highlights

Memorable Moments

A visual timeline of selected academic, research, teaching, leadership, and professional milestones. These highlights represent conference participation, research recognition, classroom engagement, and service contributions across my academic journey.

Research Recognition Conference Presentation Leadership Teaching
GLSVLSI 2025 Poster Presentation
RFCoN 2025 Best Paper Award
SGA Senator Leadership
ASIC Physical Design Teaching
GLSVLSI 2025 Poster Presentation
RFCoN 2025 Best Paper Award
SGA Senator Leadership
ASIC Physical Design Teaching
2025 Conference and research highlights
IEEE Recognition in RF communication research
SGA Leadership and student service
ASIC Teaching and classroom experience
Poster Presentation at GLSVLSI 2025
Conference
2025

Poster Presentation at GLSVLSI 2025

Presented research work at the Great Lakes Symposium on VLSI, held from June 30 to July 2, 2025, in New Orleans, Louisiana, USA. This event provided an opportunity to share work with the VLSI and hardware research community.

GLSVLSI VLSI Poster Presentation
Best Paper Award at RFCoN 2025
Award
2025

Best Paper Award - RFCoN 2025

Received the Best Paper Award at the IEEE International Conference on RF Communication and Networks, Track 2, Session II. This recognition highlights the contribution of my work in RF communication and signal processing research.

IEEE RFCoN 2025 Best Paper Award
SGA Senator Re-election
Leadership
2024-2025

Re-Elected as SGA Senator

Re-elected as Student Government Association Senator for the School of Science and Engineering for the 2024-2025 academic year, continuing service through student representation, academic engagement, and campus leadership.

SGA Leadership Service
ASIC Physical Design Teaching
Teaching
Fall 2023

Instructor - ASIC Physical Design

Fall 2023 marked my first course as instructor, focused on ASIC Physical Design. The course provided an opportunity to engage students with practical concepts in synthesis, floorplanning, placement, routing, timing analysis, and chip design flow.

Teaching ASIC Physical Design