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Research Theme

Semiconductor Manuacturing

Semiconductor devices are part of our everyday lives and the demand for techniques and processes to promote them continues to grow. Fulton Schools researchers are driving innovation forward through advances in areas such as power electronics, wireless and mixed-signal circuit design, memory devices and architectures, solar energy and batteries, advanced packaging and new semiconductor materials. Expansive industry collaborations and unique facilities at ASU center Arizona as a hub for the American semiconductor revolution.

Project Title Participant Mentor Type Year
Optimizing Compact Model of Nanosheet FET (NSFET) for Analog/Digital IC Design Po-Heng Ho FURI Spring 2024
TCAD Simulation of Diamond Static Induction Transistors for Radio Frequency Power Amplifiers David McComas FURI Spring 2024
Finite Element Analysis of Atomic Force Microscopy Measurement of Heterogeneous Nodules Suspended in a Membrane with Application in the Semiconductor, Health, and Security Industries Tyler Norkus FURI Spring 2024
Solvent Vapor Anneal of Perovskite Films Fabricated by Electrical Field Direct Ink Deposition Technique Raveena Phadnis FURI Spring 2024
Developing a Theoretical Understanding of Water-Network Formation On The Surface of Metal Oxides Tomoki Inoue FURI Spring 2024
Verification Code Generation in the Hardware Description Language Verilog Alma Babbitt FURI Spring 2024
Measuring Material Diffusion And Performance Changes in Semiconductor Diodes Daniel Abreu FURI Spring 2024
Integrated Machine Learning Approaches for Advanced Analysis of Semiconductor Materials Aishwarya Katkar MORE Spring 2024
Hafnium Contacts for n-type Conducting Nanocrystalline Diamond Carson Gockley FURI Spring 2024
Thermal Management for 3D Heterogenous Integration of Semiconductor Packaging Rohit Gandhi MORE Spring 2024
Advancing the Semiconductor Industry through the Development of a Miniaturized Reinforced Mixed-Mode Bending Apparatus (MRMMB) with Out-Of-Plane Shear Mode Consideration, Initially Invented at Arizona State University William Boutin FURI Spring 2024
Understanding Chiral Material Systems by Synthesizing and Characterizing Vibrational Properties of Single-Crystal InSeI Lucas Hardesty FURI Spring 2024
Accelerating the Discovery of High-K Oxides for Future Generations of Semiconducting Devices through Computational Simulations Cristo Lopez FURI Fall 2023
Deep Gaussian Process and Reinforcement Learning Approach to Adaptive Maintenance Scheduling in Semiconductor Manufacturing Mykhaylo Mykhaylov FURI Fall 2023
Simulation and Fabrication of Trench Schottky Diodes on Ga2O3 for Applications in High Voltage DC Power Conversion Abishek Katta MORE Fall 2023
Exploration of Potential Anisotropic Optical Properties of Triclinic SiGe Lattices Biplove Baral FURI Fall 2023
Low-Temperature Reduction of Metal Oxide Semiconductors Using Open-Air Plasma Jacob Burrows FURI Fall 2023
Finite Element Analysis of Atomic Force Microscopy Measurement of Heterogeneous Nodules Suspended in a Membrane with Application in the Semiconductor, Health, and Security Industries Tyler Norkus FURI Fall 2023
Low-Temperature Reduction of Metal Oxide Semiconductors Using Open-Air Plasma Jacob Burrows FURI Summer 2023
Accelerating the Discovery of High-k Oxides for Future Generations of Semiconducting Devices through Computational Simulations Cristo Lopez FURI Summer 2023
Computational Discovery of Novel Wide-Bandgap Semiconductors Brianna Ashcroft FURI Summer 2023
Ultrawide Bandgap Material for Our Future Power Electronics Jayashree Adivarahan FURI Spring 2023
Automated PID Controller Using LabVIEW for Patch-Clamping Experimentation Favian Rios FURI Spring 2023
Analysis of Vibrational EELS Datasets to Unravel the Nanoscale Ferroelectric-Ferroelastic Coupling in Oxides Surya Prakash Mandalreddy MORE Spring 2023
Characterization of Emerging Devices that will Integrate Memristor and Transistor Functions for Brain-Inspired Computing Priyanka Ravindran FURI Spring 2023
Exploring the Physics of Resistive-Switching Behavior in Emerging Two-Dimensional Hexagonal Boron Nitride (2D h-BN) Memristors Hailey Warner FURI Spring 2023