Bei Interesse an Bachelor-/Masterarbeiten, Studien- und Forschungsprojekten oder Hiwi Positionen kontaktieren sie uns bitte.
Aktuelle Abschlussarbeiten
| Name | Type of Work | Title |
|---|---|---|
| Eraldo Lleshi | Master Thesis | Robust Machine Learning |
| Meghana Ramesh | HiWi | Analog Design |
| Gaheun Jung | Research Project | Quantum Computing |
Abgeschlossene Studentische Arbeiten
| Name | Type of Work | Title |
|---|---|---|
| Tolga Sarica | Bachelor Thesis | Control Interfaces |
| Ann Ezzat | Bachelor Thesis | Hardware Design |
| Hana Abdelhakim | Bachelor Thesis | Embedded Machine Learning |
| Somaya Mansour | Bachelor Thesis | Hardware Acceleration for Neural Networks |
| Vardhini Hebballi | Master Thesis | System Design for Machine Learning |
| Sampath Garuda | Study Project | Machine Learning for Device Modeling |
| Isai Roman Ballesteros | Master Thesis | Reliable and Ultra-low Power Deep Neural Networks |
| Mahdi Benkhelifa | Master Thesis | Advanced Modeling for Ferroelectric Transistors |
| Austin Vas | Master Thesis | Machine Learning for Processor Efficiency Prediction |
| Giang Nguyen | Master Thesis | Hardware Acceleration for Neural Networks |
| Amr Abdelrazek | Master Thesis | Approximate Computing |
| Tarek Ashraf | Master Thesis | Hardware Design |
| Avik Bhatnagar | Internship (6 months) |
HW Accelerators for AI Applications |
| Karthik Pandaram | Study Project | Machine Learning for Modeling |
| Albi Mema | Master Thesis | Reliability and Energy Trade-offs in FDSOI and Emerging FeFET Technologies |
| Isai Roman Ballesteros | Student Assistant | Approximate Computing for DNNs |
| Tarek Ashraf | Research Project | Hardware Acceleration for Neural Networks |
| Mahdi Benkhelifa | Research Project | Advanced Modeling for Ferroelectric Transistors |
| Gloria Sepanta | Master Thesis | FPGA Implementation for Brain-Inspired Computing |
| Karthik Pandaram | Research Project | Machine Learning for Semiconductor Test |
| Niranjan Ravi | Research Project | Analyzing Error-resilient Encodings for Brain-inspired Hyperdimensional Computing |
| Marvin Dostal | Master Thesis | Hardware/Software Co-design using FPGAs for Deep Neural Networks |
| Daniel Bin Schmid | Bachelor Thesis | Usability-driven design of learning algorithms on a wearable consumer-grade brain-computer interface |
| Divya Tyagi | Research Project | Neural Networks for Embedded Systems |
| Mohammed Fathy | Bachelor Thesis | Robust Hardware Design for Machine Learning |
| Omar Hisham | Bachelor Thesis | Hardware Acceleration for Machine Learning |
| Wegdan Ali Mohammadin | Bachelor Thesis | Hardware Acceleration for Emerging Algorithms |
| Swathy Muthukrishnan | Research Project | Trojan Detection in Circuits |
| Munazza Said | Master Thesis | Radiation Effects in Advanced Technologies |
| Albi Mema | Study Project | Hardware Design for Compute-in-Memory |
| Austin Vas | Study Project | Machine Learning for Processor Efficiency Prediction |
| Simon Thomann | Master Thesis | Hardware Implementation for Brain-Inspired Computing |
| Sampath Garuda | Research Project | Plagiarism Detection using Hyperdimensional Computing |
| Giang Nguyen | Research Project | FeFET-based Processing-in-memory for Brain-Inspired Hyperdimensional Computing |
| Austin Vas | Research Project | Temperature Impact of Brain-Inspired Computing in Embedded Systems |
| Karthik Pandaram | Student Assistant | Machine Learning for Defect Classification |
| Meghana Iyer | Research Project | Efficient Implementation of Brain-Inspired Hyperdimensional Computing for Small-scale Systems |
| Marvin Dostal | Research Project | Efficient Neural Network Analysis |
| Swetha Murthy | Student Assistant | Brain-Computer Interface |
| Ram Sabarish | Research Project | Brain-Inspired Computing for Character Recognition using MNIST Digit Dataset |
| Austin Vas | Student Assistant | Brain-Inspired Computing |
| Swetha Murthy | Research Project | Brain-Inspired Computing for Hand Gesture Detection using Surface Electromyography |
| Jana Palaniswamy | Student Assistant | Circuit Reliability |
Hussam Amrouch
Prof. Dr.-Ing.Test und Diagnose von Halbleitersystemen,
bitte neue Kontaktdaten auf der Profil-Seite beachten!