2021 - 2022B.Sc. / Year 1
Starting with the fundamentals.
In October 2021, I began my B.Sc. in Information Systems
Engineering in the Technion’s Faculty of Data and Decision
Sciences. My first year built the foundations in mathematics,
probability, programming, and data analysis.
Calculus & linear algebraProbabilityProgramming
Explore my first year ↗
2022 - 2023B.Sc. / Year 2
From systems to machine learning.
Algorithms, databases, statistics, and my first machine learning
course connected the software side of my degree with the
question of how models learn from data.
AlgorithmsDatabasesMachine learning
Alongside my studies In March 2023, I joined a deep
learning research project in the Faculty of Chemical
Engineering, working with graph neural networks.
Explore the research role ↗
2023 - 2024B.Sc. / Year 3
Putting ideas into research.
I expanded into probabilistic models, artificial intelligence,
and distributed systems. Working with research datasets gave me
a practical view of how modeling choices connect to real
scientific questions.
Probabilistic modelsArtificial intelligenceResearch data
Alongside my studies My graph neural network work
continued until March 2024. In January 2024, I also began a data
analysis research role in the Faculty of Data and Decision
Sciences.
Explore the data analysis role
↗
2024 - 2025B.Sc. / Year 4
A broader view of intelligent systems.
Advanced machine learning, causal inference, and image
processing deepened my technical interests. My final year also
brought together systems design and a wider perspective on how
people use and interpret data.
Advanced machine learningCausal inferenceImage processing
A milestone I completed my B.Sc. in October 2025.
My data analysis research role concluded in January 2025.
Explore my final year ↗
2025 - 2026M.Sc. / Electrical Engineering
A new chapter in learning.
In October 2025, I started my M.Sc. in Electrical Engineering at
the Technion. My focus is machine learning, deep learning, and
data science, with projects spanning pretrained models and 3D
computer vision.
Deep learningData scienceComputer vision
Explore my M.Sc. studies ↗
2026 / NowResearch / First paper
Finding new uses for pretrained models.
My current work explores the hidden capabilities of prior-data
fitted networks. With Niv Cohen, I developed creative methods
for tabular anomaly detection that achieve state-of-the-art
performance in our benchmark evaluation. My first paper is under
review at ICLR 2027.
Foundation modelsTabular anomaly detectionPrior-data fitted networks
Read about the paper ↗