Sai Pranesh will be presenting on HIGH-PERFORMANCE MICROINDUCTORS USING ELECTRO-INFILTRATED MAGNETIC NANOCOMPOSITES"
Location: MALA 5050
Zoom Link: https://ufl.zoom.us/j/8977557055
Date and Time: December 12th 10:30AM-11:30AM.
Brenden Mears will be presenting "Polymer Composites for Millimeter Wave Electromagnetic Interference Absorption" at 10:30am in LAR 234 and on Zoom:
https://ufl.zoom.us/j/9440808464
Vernon Crasto will be presenting on "Wireless Power Transmission to multiphase rotating magnet receivers for wireless underground sensor networks(WUSNs).
Event Location: LAR234
Link:https://ufl.zoom.us/j/8178717545
Date and Time: Dec 2nd, 2024, 11:00 AM
IMG Professor, Dr. David Arnold, was recently awarded the HWCOE Faculty Leadership Award! This award recognizes faculty excellence in leadership, and those who go above and beyond in representing the values of our college. Congratulations, Dr. Arnold!
Seminar Title: Electrodynamic Wireless Power Transmission to High Performance Rotating Magnet Receivers
Speaker: Vernon Crasto, IMG, UF
Time: Dec 1st , 2023 @ 12:00pm
Abstract: In this seminar, the assembly, analysis, and characterization of a five-phase, rotating-magnet electrodynamic wireless power transmission (EWPT) receiver is reported. Additionally, power transfer to a constellation of multiple receivers is demonstrated, indicating the ability to additively combine multiple EWPT receivers for scalable power solutions.
IMG Ph.D. student Sai Pranesh Amirisetti was named the Best Teaching Assistant award for 2021-22 by the ECE Graduate Student Organization. Sai is a TA for the Semiconductor Fabrication Lab, where students learn microfabrication techniques and fabricate a diode and MEMS devices.
For over thirty years, the Hawaiian bobtail squid Euprymna scolopes has served as a model to understand the influences of beneficial bacteria on animal development and elucidate the molecular mechanisms of specificity during the establishment and maintenance of environmentally transmitted symbioses.
See www.iot4ag.us for more information.
We are developing ultra-compact antennas, where the antenna size is much smaller than the electromagnetic wavelength.
Pervasive wireless connectivity is a must for today’s interconnected world. Many MHz-GHz communication systems require antennas with physical sizes that can be much larger than the entire size of the system. It is difficult to achieve good antenna performance if the size of the antenna is less than 1/10ththe electromagnetic wavelength (e.g. minimum of 3 cm at 1 GHz)
Connor Smith will defend his dissertation titled: "Magnetic 0-3 Nanocomposites for Power, Stretchable/Flexible, and Radio-Frequency Applications" on June 18th at 10:00am.
Please use the Zoom link below to join the meeting room!