Studentische Arbeiten

Der Lehrstuhl STAR am Institut für Technische Informatik bietet interessierten und hochmotivierten Studierenden verschiedene Themen für Bachelor-/Masterarbeiten, Studien- und Forschungsprojekte, sowie Hiwi Positionen an.

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
Dieses Bild zeigt Hussam Amrouch

Hussam Amrouch

Prof. Dr.-Ing.

Test und Diagnose von Halbleitersystemen

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