Shahbozbek Abdunabiev

PhD, Electronics and Communication Engineering

Atmospheric Measurements | Sensor Networks | Parallel Computing

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Publications Uzbek Version

Education

2024
PhD - Electronics and Communication Engineering

Politecnico di Torino, Turin, Italy (with honors)

2016
MSc - Computer Engineering

Politecnico di Torino, Turin, Italy

2013
BSc - Computer Engineering

Turin Polytechnic University in Tashkent, Tashkent

Languages

  • Uzbek - Native
  • English - C1 (Fluent)
  • Russian - Good
  • Italian - Good

Skills

  • Project coordination, scientific reporting, and teamwork.
  • Programming in C, Python, and Java.
  • Data analysis and statistics with MATLAB and Python.
  • Parallel computing: HPC, MPI, OpenMP, CUDA.
  • Microcontrollers and sensor systems.

Professional Experience

2024 - Present
Post-doc Researcher | DISAT, Politecnico di Torino

Technology transfer and pre-incubation support for startup/spin-off initiatives, pitch development, and international grant writing.

2019 - 2024
Researcher | DISAT, Politecnico di Torino

Atmospheric measurements, DNS simulations on HPC systems, and development and monitoring of biodegradable radiosondes.

2016 - 2019
Teaching Assistant | Turin Polytechnic University in Tashkent

Taught Algorithms (C), Computer Architecture (x86 assembly), and Object-Oriented Programming (Java), including lab coordination.

2018 - 2019
Back-end Developer | Datasite Technologies

Built software solutions with Java, Spring Boot, and PostgreSQL, including automated reporting systems for logistics operations.

2017 - 2018
Teaching Assistant | Andijan Mechanical Engineering Institute

Supported courses in algorithms, programming, and computer architecture with lecture material and labs.

2016 - 2017
Learning Portal Administrator | Turin Polytechnic University in Tashkent

Managed academic portal operations and user support for faculty members and students.

Projects

  • HOUSEFLIES (2024-2025): Designed and coordinated mini-radiosonde cluster networks for atmospheric monitoring with laboratory and field campaigns.
  • MIGRE (2022-2023): Developed ultralight biodegradable radiosonde systems with sensor integration and LoRa-based communication.
  • H2020-COMPLETE (2019-2020): Research on cloud microphysics and turbulence in an MSCA/Horizon 2020 research training network.
  • WING DMS (2018-2019): Automated analytics and reporting module for delivery logistics data.

Publications

2025Innovative Lagrangian Radiosonde Clusters for ABL Observations. EGU25-3546. DOI
2025New ABL measurements of Lagrangian relative dispersion by means of radiosonde clusters. EGU25-6918. DOI
2024Validation and traceability of miniaturized multi-parameter cluster radiosondes used for atmospheric observations. Measurement 224, 113879. DOI
2022Diffusion of turbulence following both stable and unstable step stratification perturbations. Physics of Fluids 34, 065122. DOI
2022Microphysical timescales and local supersaturation balance at a warm cloud top boundary. Physics of Fluids 34, 067103. DOI
2021Innovative mini ultralight radiosondes to track Lagrangian turbulence fluctuations within warm clouds: electronic design. Sensors 21(4), 1351. DOI
2021Intermittency acceleration of water droplet population dynamics inside the interfacial layer between cloudy and clear air environments. IJMF 140, 103669. DOI