Andreas P. Mentzelopoulos

Incoming Machine Learning Scientist, Wayfair | Affiliate, MIT | ament@mit.edu

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Andreas Mentzelopoulos, PhD

Rm 4-321

MIT, 55 Massachusetts Ave

Cambridge, MA, 02139, USA

I just defended my PhD at MIT in Mechanical Engineering and Computational Science & Engineering, with a minor in Finance. My research focuses on deep learning, particularly generative modeling and time-series forecasting, applied to engineering and finance.

I am the founder and lead researcher of LOBSTgER, a project that develops latent diffusion models to generate and enhance high-resolution underwater imagery. In collaboration with photographer Keith Ellenbogen, LOBSTgER combines AI and ocean photography to raise awareness of marine environments while advancing generative modeling research.

During my PhD, I developed the Firstling Digital Twin, pioneering the use of transformers (VIVformer) and diffusion models (Virtual Towing Tank, publication forthcoming) to forecast and simulate vortex-induced vibrations of flexible structures. Beyond engineering, I have designed and implemented deep learning–based statistical arbitrage strategies for public equities, back-tested in Southeast Asian markets during my internship with CITIC Securities, CLSA.

Originally from Athens, Greece, I studied at the University of Michigan before joining MIT. Outside of research, I am a violinist (past 5 years with the MIT Symphony Orchestra) and enjoy concerts, musical theater, and time with friends and family.

news

Sep 15, 2025 I have successfully defended my PhD Thesis at MIT, see more on “LinkedIn”! I will be continuing my career as a Machine Learning Scientist with Wayfair!
Jun 25, 2025 LOBSTgER has been rcognized by “MIT News”, “NOAA Sea Grant”, and “MIT Sea Grant News”!
Jun 07, 2025 Our paper “Deep learning vortex-induced vibrations: Time-space forecasting with transformers” has been published by the Journal of Fluids and Structures!

selected publications

  1. VIVformer.png
    Deep learning vortex-induced vibrations: Time-space forecasting with transformers
    Andreas P Mentzelopoulos, Ioannis Papakalodoukas, Dixia Fan, and 2 more authors
    Journal of Fluids and Structures, 2025
  2. time-series.gif
    Variational autoencoders and transformers for multivariate time-series generative modeling and forecasting: Applications to vortex-induced vibrations
    Andreas P Mentzelopoulos, Dixia Fan, Themistoklis P Sapsis, and 1 more author
    Ocean Engineering, 2024
  3. data_driven.jpg
    Data-driven prediction and study of vortex induced vibrations by leveraging hydrodynamic coefficient databases learned from sparse sensors
    Andreas P Mentzelopoulos, José Ferrandis, Samuel Rudy, and 3 more authors
    Ocean Engineering, 2022