Gabriele Immordino, PhD

Aerospace Engineer & Machine Learning Researcher

Download my complete CV or browse the highlights below. Available in English and German.


Education

09/2021 – 10/2025

PhD in Machine Learning

University of Southampton, United Kingdom

Collaboration: Zurich University of Applied Sciences (ZHAW)

Thesis: Data Driven Modelling of Nonlinear Aerodynamics in High Speed Aircraft Using Machine Learning

  • Geometric Deep Learning
  • Reduced Order Modelling
  • Bayesian Neural Networks
  • Data Driven Modelling of Physical Systems

10/2017 – 08/2020

Master of Science in Aerospace Engineering

University of Palermo, Italy

Final grade: 110/110

  • Computational Fluid Dynamics
  • Aerodynamics
  • Computational Engineering

09/2014 – 10/2017

Bachelor of Science in Aerospace Engineering

University of Enna, Italy

Final grade: 110/110

Experience

09/2025 – 02/2026

Postdoctoral Researcher

ZHAW School of Engineering, IMES Institute for Mechanical Systems — Winterthur, Switzerland

  • Development of RAG based LLM pipelines for aviation safety assessments and regulatory compliance
  • Design of server side Docker containerised architectures with structured document integration and citation controlled answer generation
  • Implementation of Deep Reinforcement Learning for optimisation of control strategies and flight trajectories under multi objective constraints
  • Application of Geometric Deep Learning on unstructured 3D meshes for flow field prediction
  • Collaboration with academic, industrial, and regulatory partners
  • Contribution to teaching activities and presentation of research at international conferences

09/2021 – 09/2025

PhD Researcher

University of Southampton in cooperation with ZHAW

  • Development of machine learning models for nonlinear aerodynamics using high fidelity CFD data
  • Design of reduced order models using Graph Autoencoders, spatio temporal networks, and Bayesian Neural Networks
  • Integration of multi fidelity datasets for improved generalisation and uncertainty quantification
  • Construction and validation of large CFD and CAE datasets
  • Development of Python based ML pipelines for training, evaluation, and deployment

Technical Skills

Programming Languages

Python MATLAB

ML Frameworks

PyTorch TensorFlow Hugging Face

Engineering Tools

SU2 Ansys SolidWorks Pointwise

Varia

Docker HPC environments Slurm MPI Git LaTeX MS Office

Languages

English — C1 Italian — C2 German — A2

Publications

15+ publications in leading journals and conferences including AIAA Journal, Journal of Computational Physics, Aerospace Science and Technology, Journal of Aircraft, and AIAA SciTech / AVIATION Forums.

View full publication list → · Google Scholar ↗