Pierpaolo Palestri: Difference between revisions
Jump to navigation
Jump to search
No edit summary |
No edit summary |
||
| (2 intermediate revisions by the same user not shown) | |||
| Line 23: | Line 23: | ||
=== Research Interests and Activities === | === Research Interests and Activities === | ||
* Development of advanced modeling | * Development of advanced modeling tools for electron devices and sensors | ||
* Modeling of GaN power devices | |||
* Design of Analog/Mixed-signals circuits | |||
* Modeling and design of high-speed I/O interfaces | |||
* Avalanche photo-diodes for X- and Gamma-ray detection | |||
* Electro-chemical models for biosensors and ion-tronic devices | |||
<br> | |||
=== Topics for Bachelor, Master, and Ph.D. Thesis === | === Topics for Bachelor, Master, and Ph.D. Thesis === | ||
* Development of a Full-band Monte Carlo simulator for GaN power HEMT (MSc, PhD) | |||
* Calculation of the band structure of wurzite GaN (BSc,MSc) | |||
* Inclusion of Dynamic Ron effects in verilog-A models for power GaN devices (MSc) | |||
* Simulation of power GaN HEMTs using analytical Monte Carlo and commercial TCAD tools (BSc, MSc) | |||
* Behavioral modeling of high-speed I/O interfaces: porting the code from MATLAB/Python scripts into C/C++ (BSc) | |||
* Monte Carlo modeling of GaN power devices: porting key functions from Python to C/C++ (BSc) | |||
Latest revision as of 16:09, 20 July 2024
Welcome to my Home Page
Pierpaolo Palestri
Ph.D. in Industrial and Information Engineering
Professor of Electronics
Dipartimento di ingegneria Enzo Ferrari
Università degli studi di Modena e Reggio Emilia
Email: pierpaolo.palestri@unimore.it
Research Interests and Activities
- Development of advanced modeling tools for electron devices and sensors
- Modeling of GaN power devices
- Design of Analog/Mixed-signals circuits
- Modeling and design of high-speed I/O interfaces
- Avalanche photo-diodes for X- and Gamma-ray detection
- Electro-chemical models for biosensors and ion-tronic devices
Topics for Bachelor, Master, and Ph.D. Thesis
- Development of a Full-band Monte Carlo simulator for GaN power HEMT (MSc, PhD)
- Calculation of the band structure of wurzite GaN (BSc,MSc)
- Inclusion of Dynamic Ron effects in verilog-A models for power GaN devices (MSc)
- Simulation of power GaN HEMTs using analytical Monte Carlo and commercial TCAD tools (BSc, MSc)
- Behavioral modeling of high-speed I/O interfaces: porting the code from MATLAB/Python scripts into C/C++ (BSc)
- Monte Carlo modeling of GaN power devices: porting key functions from Python to C/C++ (BSc)