Topic: Using the Variance and Probability of Missed detection as a routing vector, in a Poison Distributed antenna system, to improve latency and robustness in 5G mmWave mobile networks.
Implemented a Poisson distributed algorithm in MATLAB to simulate a mmWave system, to prove our system is a viable candidate that could one day be used in high speed 5G cellular networks. Results show a significant decrease in the number of handoffs which reduces overall latency.
Simulated the handoff criteria in NS3 software using C++ and evaluated our system against the LENA 4G LTE Project. Results show decrease in packet delay and jitter.

Instructed 100+ students in two lab sections, held quizzes and exams for them.
Graded students' lab work, projects and held office hours to assist them in their final projects.

Performed a site-survey to make a comprehensive list of devices required for proposed project
Created the network structure for the upgraded system using Vlans, a proper IP subnet system based on location and usage.
Implemented the MAC filters in the new L3 manageable and the old L2 switches deployed on site.

Served as the primary data analyst, using SPSS and MS Project as a research tool, for a project
Performed data collection on field for different projects, in urban and rural areas and edited reports for publication in magazines like the Economic and Political Weekly (EPW).