Dissertation Defense – Rishi Gurnani (MSE Grad Presentation)

TItle: Advances in artificial intelligence for accelerated discovery of energy storage polymers
Location: MRDC 4211 or via MS Teams
TItle: " In Situ Functionalization Of Anion-Conducting Solid Polymer Electrolyte Membranes”
Location: BH384
Faculty Host: Dr. Realff
TItle: MSE Lecturer Candidate Presentation
Location: MRDC Conference rm 3515

Dissertation Defense – Doyoub Kim  (MSE Grad Presentation)

TItle: Enhancing Ion Transport in Thick Li-ion Battery Electrodes by Pore Engineering
Location: Closed Defense
Faculty Host: Dr. Realff
TItle: MSE Lecturer Candidate Presentation
Location: Marcos Nano – Conference rm 1117-1118
Meeting ID: 213 902 169 912, Passcode: rgy2cq
TItle: Effect Of Vanadium on High Temperature Corrosion of Alloy Steel
Location: via Teams
Faculty Host: Dr. Realff
TItle: MSE Lecturer Candidate Presentation - Dr. Jiil Choi
Location: Marcos Nano – Conference rm 1117-1118
Meeting ID: 465 481 7205 Passcode: 093557
TItle: Structure-Property Relationships in Lead Halide Perovskites for Solar Cells
Location: Kendeda 210 or via Zoom
Meeting ID: 231 748 218 60 Passcode: EjCUaa
TItle: ​​​​​​​DESIGNING THE STRUCTURE OF INORGANIC CLUSTERS WITHIN VAPOR PHASE INFILTRATED POLYMER MEMBRANES TO CONTROL PROPERTIES
Location: In-person at Love 210 or online
Meeting ID: 294 032 617 822 Passcode: v54bxa
TItle: Aluminum-foil-based alloy anodes for solid-state batteries
Location: In-person at MRDC 3515 or online
Meeting ID: 960 0714 8801 Passcode: 911127
TItle: “Machine Learning Helps to Build Drug Release Kinetic Models”
Location: Via Zoom
TItle: ​​​​​​​Host matrices for single and dual ion conducting polymer electrolytes and in-situ polymerization for lithium-ion batteries
Location: via Teams Meeting - Closed
Meeting ID: 288 847 186 38 Passcode: tATXiZ
TItle: “A MAP TO RELIABLE CHIP-TO-PACKAGE CU-PILLAR INTERCONNECTIONS WITH SINTERED NANOPOROUS-CU CAPS”
Location: via Teams
TItle: SINTERING METHODOLOGIES FOR SILICON CARBIDE CERAMICS
Location: Love 295 and Via Microsoft Teams
TItle: ​​​​​​​Investigating the impedance characteristics of insulating thin film capacitors and Conducting thin film inductors for advanced electronics applications 
Location: ​​​​​​​In-person in MRDC 4115