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Study Buddy

Find your course to join its Study Buddy program

Forming and maintaining study groups significantly enhances academic performance. Yet, with the rise of digital learning, connecting with like-minded peers can be challenging. Our Study Buddy Connect feature aims to bridge this gap. Simply log in to the ALeA system via FAU IDM, complete a study buddy request form, and match up with compatible study partners. You retain the choice to reach out to those suggested, empowering you to connect with fellow learners effectively.


Try it out for one of your courses (you can always opt-out anytime if you don't like it). Just choose an AI course from the list below and send a study buddy request.


All Courses
Advanced Deep Learning
Advanced Design and Programming
Advanced Mechanized Reasoning in Coq
Advanced Programming Techniques
Algebra of Programming
Algebraic and Logical Aspects of Automata Theory
Algorithmic Bioinformatics
Approximate Computing
Artificial Intelligence I
Artificial Intelligence II
Artificial Motor Learning
Biomedical Signal Analysis
Cognitive Neuroscience for AI Developers
Computational Magnetic Resonance Imaging
Computational Neurotechnology / Numerische Neurotechnologie
Computational Photography and Capture
Computational Visual Perception
Computer Architecture
Computer Vision
Connected Mobility and Autonomous Driving
Deep Learning
Description Logic and Formal Ontologies
Eingebettete Systeme
Formal Verification
Human Computer Interaction
Human-Robot Co-Adaptation
Inertial Sensor Fusion
Informationsvisualisierung
Intent Detection and Feedback
Interventional Medical Image Processing
Introduction to Dependently Typed Programming
Introduction to Explainable Machine Learning
Kommunikation und parallele Prozesse
Logic-Based Representation of Mathematical/Technical Knowledge
Logik-Basierte Sprachverarbeitung
Machine Learning for Time Series Deluxe
Medical Image Processing for Diagnostic Applications
Methods of Advanced Data Engineering
Middleware - Cloud Computing
Modallogik
Monad-based Programming
Multimedia Security
Music Processing Analysis
Nonclassical Logics in Computer Science
Parallele Systeme
Pattern Analysis
Pattern Recognition
Practical Semantics of Programming Languages
Reinforcement Learning
Speech and Language Processing
Speech and Language Understanding
Swarm Intelligence
Verifikation digitaler Systeme
Verteilte Systeme
Visual Computing in Medicine VCMed1+2
Wissensrepräsentation und -verarbeitung
AI 1 Systems Project
AI 2 Systems Project
AI Project: Computational Visual Perception
Biomedical Image Analysis Project
Computational Imaging Project
Computer Architechtures for Deep Learning Applications
Fabrication Project
Hands on Rehabilitation and Assistive Robotics
Innovationslabor für Wearable und Ubiquitous Computing
Intelligent Sensorimotor Systems Lab PRISM
Interactive Visualization Project
Legged Locomotion of Robots Deluxe
Master Projekt Datenmanagement
Neurotechnology Project
Project Biomedical Network Science BIONETS
Project Computer Vision
Project Digital Reality DigiRealPR
Project Intraoperative Imaging and Machine Learning IIML
Project Music and Audio Processing ProjMAP
Project on Applied AI in Factory Automation and Production Systems
Project Representation Learning PRL
Projekt Applied Software Engineering OSS-PROJ
Projekt Künstliche Intelligenz
Projekt Machine Learning and Data Analytics PROJMAD
Projekt Pattern Recognition ProjME
Rehabilitation and Assistive Robotics Research Lab RARLab
Selected Projects in Computer Graphics GraPro
Surgical Robotics SurgRob
The AMOS Project: Agile Methods and Open Source OSS-AMOS-SD
Advanced Simulation Technology
Applied Neural Engineering
Big Data Seminar
Blender Seminar
Blickfang: KI-getriebene Modellierung und Analyse von Eye-Tracking-Daten
Cognitive Surgical Robotics
Digital Psychology Lab
Digital Pathology and Deep Learning
Erweitertes maschinelles Lernen für Anomalieerkennung
Ethics in AI
Fantastic datasets and where to find them
Green AI: AI for sustainability and sustainability of AI
Humans in the Loop: The Design of Interactive AI Systems
Machine Learning in MRI
Nailing your Thesis (Anleitung zum wissenschaftlichen Arbeiten)
Neurosciene-inspired Artificial Intelligence
Philosophy of AI
Seminar Advanced Deep Learning
Seminar Automata over Infinite Words
Seminar Co-algebraic Logic
Seminar Computer Vision
Seminar Deep Learning
Seminar Graphical Data Processing
Seminar Inverse Rendering
Seminar Machine Learning and Data Analytics for Industry 4.0
Seminar Multi-Core Architectures and Programming
Seminar Network Medicine
Seminar Nominal Quantities and Automation
Seminar Novel Computer Architechtures
Seminar Surgical Robotics Hardware
Seminar Surgical Robotics Software
Seminar Theoretische Informatik
Seminar Visual Computing
Seminar Wissenrepräsentation und verarbeitung
Tracking Olympiad