Seahee Hwangbo will defend her proposal entitled "Advanced Millimeter Wave Antenna Array Module For Modern Wireless Communications Using 3D System-in-Packaging Technology" at 10am on Monday, February 20th in NRF 115. Refreshments will be provided.
1st speaker : Dr. YK Yoon
CES 2017 Outlook: Advanced Technology and Innovation
2nd speaker : Neelam Bharti
Library 3D printing and other resources on campus
1st speaker : Jose Varillas
Enumeration, Characterization, and Clinical Usage of Circulating Tumor Cells
2nd speaker : Amy Haberman
Safety as a professional engineering skill
Paul Chojecki will defend his proposal entitled "Ferroeletric Capacitors: Stress Simulations and SPICE End-of-Life Modeling with Performance and Reliability Emphasis" at 3pm on Tuesday, January 24th in NRF 115. Refreshments will be provided.
1st speaker : Mayur Ghatage
Power Insensitive Silicon Crystal cut for Amplitude Stable Frequency Synthesis
2nd speaker : Paul Chojecki
Improvement of Ferroelectric RAM performance through stress engineering
Glen Walters will defend his proposal entitled "Scaling and Design of Thin Film Ferroelectric Hafnium Oxide for Memory and Logic Devices" at 3pm on Monday, December 12th in Larsen 234. Refreshments will be provided.
1st speaker : Casey Barnard
Development of an aerodynamic wall shear stress measurement system
2nd speaker : Seahee Hwangbo
An EMI Emmune GPS Array Antenna for UAV & Drone Application
John Rogers will defend his dissertation entitled "A Passive Wireless MEMS Dynamic Pressure Sensor for Harsh Environments" at 11:00 AM on Monday, November 21st in Larsen 234. Refreshments will be provided.
Rob Carroll will defend his dissertation entitled "Microfabricated Magneto-Mechanical Oscillator Device for Tuning and Characterization of Bandgap Response Behaviors" at 9am on Thursday, November 17th in Larsen 234. Refreshments will be provided.
Speaker 1: Nnenna Lindsay and Cherie Oertel (Counseling and Wellness Center)
Living a Balanced Lifestyle
Speaker 2: Xiaoyang Zhang (Dr. Xie’s Group)
A Wide-angle Immersed MEMS Mirror and Its Application in Optical Coherence Tomography
Abstract: This talk introduces a MEMS mirror that can perform large angular scanning in a liquid. Wide-angle OCT imaging results with this submerged MEMS mirror will also be presented.