Here you can find all our available master projects.
Granular materials are one of the world’s most widely used and manipulated materials, only behind water. The modelling of these materials is relevant to various sectors, including energy production, agriculture, cosmetics, construction, and the pharmaceutical industry. Granular materials are collections of discrete particles, which …
Vlado Menkovski
Time series data—prevalent in finance, healthcare, and climate science—requires advanced generative models for tasks like data augmentation, anomaly detection, scenario planning, and synthetic data generation. Deep Generative Models (DGMs), such as Diffusion Models (DMs) and Flow Matching (FM) models, have emerged as powerful tools …
Vlado Menkovski
Mahdi Mehmanchi
[For this project there is a possibility for a 6 months internship at DIFFER (Dutch Institute for Fundamental Energy Research) located at the TU/e campus in Eindhoven. The internship is planned after the preparation phase of the graduation project conditioned on the results achieved …
Vlado Menkovski
The topic of the project is simulation of bubbles with deep generative models. Bubbles are a fascinating phenomenon in multiphase flow, and they play an important role in chemical, industrial processes. Bubbles can be simulated well with a first-principle physics simulator based on the …
Vlado Menkovski
Metal-organic frameworks (MOFs) are crystalline, porous materials with modular architectures and vast structural diversity, making them ideal candidates for data-driven materials discovery. In recent years, generative machine learning models have been developed to explore the MOF design space by assembling frameworks from pre-defined building …
Vlado Menkovski
Marko Petkovic
No currently assigned Projects.
Project description:Large Language Models (LLMs) are deep-learning models that achieve state-of-the-art performance in many NLP tasks. They typically consist of billions of weights. As a result, expressing weights in float32 leads to models of size at least 1GB. Such large models cannot be easily …
Jakub Tomczak
Project description:Large Language Models (LLMs) are well-known for knowledge acquisition from large-scale corpus and for achieving SOTA performance on many NLP tasks. However, they can suffer from various issues, such as hallucinations, false references, made-up facts. On the other hand, Knowledge Graphs (KGs) can …
Jakub Tomczak
Project description:Diffusion Models are deep-learning models that achieve state-of-the-art performance in many image synthesis tasks. They are typically parameterized with UNets and consist of billions of weights. Expressing their weights in float32 leads to models that cannot be easily deployed on edge devices (e.g., …
Jakub Tomczak
Project description:Generative AI has become one of the leading approaches to (conditional) molecule generation. Like Large Language Models can learn (to some degree) rules governing natural language, could Large Chemistry Models learn rules governing atoms (quantum chemistry)? This is the leading research question of …
Jakub Tomczak
Project description:In the dynamic landscape of mobile robotics, object detection remains a foundational challenge, critical for enabling machines to interact intelligently with their surroundings. At Avular, a pioneering mobile robotics company in Eindhoven, we are excited to explore novel and innovative approaches in this …
Jakub Tomczak
GeneralAn internship at Accenture about prompt engineering for LLMs.RequirementsFrom our students we expect the following: high independence (including proposing own ideas);good understanding of mathematics (algebra, calculus, statistics, probability theory);good programming skills (Python + ML/DL libraries, preferably PyTorch). Thesis templatePlease take a look at this …
Jakub Tomczak
Company: Datacation / aerovision.aiLocation: Eindhoven (AI Innovation Center at High Tech Campus) or Amsterdam (VU)Project descriptionAerovision.ai is a start-up that is building a no-code A.I. platform for drone companies. With this A.I. platform, companies can train, deploy and evaluate their customized computer vision algorithms, …
Jakub Tomczak