Contributing to the research at the Remote Sensing Center on various airborne and land-based radar systems for the remote sensing of snow and ice.https://rsc.ua.edu/

https://www.ehgroupinc.com/

https://rsc.ua.edu/1. Airborne UWB FMCW radars for snow measurements.2. Pulsed ice-sounding L-band radars for polar ice measurements.3. Radar subsystems for VHF and UHF ice-sounding radars.4. RF Transmit/Receive switch for VHF and L-band ice-sounding radar.

https://asrl.ua.edu/

Bio-inspired navigation algorithm for GPS denial modes: https://ieeexplore.ieee.org/document/7991480https://www.cresis.ku.edu/

Communicating with small groups of engineering students and helping them to better understand the courses which they find difficult by explaining the concepts, solving examples and encouraging the group discussion among themselves. (PHSX210, PHSX211, PHSX212)Received 4.79/5 in performance evaluation for Spring 2016 with 1.25 letter grade average improvement in performance of students.

Bio-inspired navigation algorithm for GPS denial modes.https://www.cresis.ku.edu/

Communicating with small groups of engineering students and helping them to better understand the courses which they find difficult by explaining the concepts, solving examples and encouraging the group discussion among themselves. (PHSX210, PHSX211, PHSX212)

Project: Optical Transport Network Transmitter Verification IP using SV/UVM.-This project aimed at the implementation of a verification environment for the transmitter of an Optical Transport Network using the Mentor Graphics QuestaSim tool.-My responsibility was to implement a verification environment for the transmitter of the Optical Transport Network using the universal verification methodology.-Developed sequence library for the transmitter using universal verification methodology for constraint random verification and coverage-driven verification.-Developed and implemented verification components like driver, monitor, and sequencer.