GreenChips-EDU Research Topics
The GreenChips-EDU project that brings together 7 European universities, 6 companies and 2 research institutions, with the aim of training new specialists in the field of microelectronics.
Please find below our research fields, listed by location of the partner:
Research Topics by Location
Find the list of possible Master thesis topics at the Barcelona School of Telecommunications Engineering (ETSETB) on this List of project courses (Master).
The Integrated Electronic Systems Lab at TU Darmstadt is active in the field of IC and Electronic System design, and is actively participating in various funded research projects and activities, partly in cooperation with industry. The availability of open topics is therefore highly dynamic and can change every week. We therefore recommend to frequently check our website for open topics (see link below).
In general, we offer topics in the following research direction with an exemplarily described characteristic:
- Support of research projects with Integrated Circuit Design on block level (analog, digital or mixed-signal)
Examples:
- Design of Short-Channel Multi-Decade Exponentiator and Logarithmizer in 28nm technology
- Semi-Automated Analog Layout Generation Using Cadence SKILL and Parameterized Cells (PCells)
- Support of research projects on Electronic System Design on PCB level
Examples:
- Implementation of an AI-Assisted CI/CD Pipeline for KiCad Library Quality Assurance
- Planning and Implementation of a Secure Wireless Communication System for an IoT Sensor Installation
The abovementioned topics are exemplary and are intended to describe the characteristic of generally available topics.
In case of interest please contact Prof. Klaus Hofmann for further info (Klaus.HofmannnoSpam@ies.tu-darmstadt.de).
More information on the lab/department and open topics available under https://www.etit.tu-darmstadt.de/ies/teaching_ies/seminars_theses_ies/index.en.jsp
The Institute of Electronics at TU Graz is active in the field of research on robust microelectronics and electromagnetic compatibility and is actively participating in various funded research projects and activities, partly in cooperation with industry. The availability of open topics is therefore highly dynamic and can change every week. We therefore recommend getting in contact with our scientific staff and asking for possible thesis topics.
In general, we offer topics in the following research direction with an exemplary described characteristic:
- EMC
Examples:
- EMI filter design for grid power converters
- Risk analysis for EMC of power electronics
- Susceptibility of battery management systems
- EMC Simulation
Examples:
- Using LLMs to extract parasitics data from capacitor data sheets
- Model calibration for EMC simulation
- EMC & AI: Training EMC models with 100+ degrees of freedom
The abovementioned topics are exemplary and are intended to describe the characteristics of generally available topics.
In case of interest please contact Jan Hansen (jan.hansennoSpam@tugraz.at) for further info.
More information on the lab/department is available under our homepage.
The Scientific Area of Electronics at Instituto Superior Técnico and the INESC-ID Nanoelectronics Circuits and Systems group are actively engaged in integrated circuit (IC) research, contributing to a range of funded projects in close collaboration with industry partners.
As a result, available thesis topics are continuously evolving and may change frequently. We therefore encourage you to regularly check our website for the latest opportunities (see link below).
In general, we offer topics in the following research direction with an exemplarily described characteristic:
1) Power management
Examples:
- Ultrafast Transient Response Dynamic Low-Dropout Regulator
- Single Inductor Multiple Output (SIMO) integrated DCDC converter control
2) AI and IC design
Examples:
- Design and Optimisation of Fully-Integrated High-Frequency DCDC Converters
- Layout design automation for power devices
The abovementioned topics are exemplary and are intended to describe the characteristic of generally available topics.
In case of interest please contact Marcelino Santos (marcelino.santosnoSpam@tecnico.ulisboa.pt) for further info.
More information on the INESC-ID lab/department is available under: https://www.inesc-id.pt/research-areas/nano-electronic-circuits-and-systems/
The Department of Electronics and Telecommunications of the Politecnico di Torino is active in the field of IC and microelectronics research and is actively participating in various funded research projects and activities, partly in cooperation with industry. The availability of open topics is therefore highly dynamic and can change every week. We therefore recommend to frequently check our website for open topics (see link).
In general, we offer topics in the following research direction with an exemplary described characteristic:
- RISC-V, Artificial Intelligence and Machine Learning
Examples:
- RISC-V based architectures and systems for AI and ML acceleration
- RISC-V based architectures and systems for Post-Quantum Cryptography
- Systolic Arrays with mixed precision for AI and ML acceleration
2. Quantum and Nano electronics
Examples:
- Design of a Cryogenic Mixed‑Signal Chip for Qubit Control and Readout in Quantum Computers
- Design of devices and circuits for low-power single-molecule electronics
The abovementioned topics are exemplary and are intended to describe the characteristic of generally available topics.
In case of interest please contact Prof. Mario Casu (mario.casunoSpam@polito.it) for further info.
More information on the lab/department is available under www.polito.it and www.det.polito.it.
Search for Master thesis or in general internships at Infineon: Career portal
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