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simone sabbadini

@simonesabbadini

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I build reliable data workflows and predictive models using Python, SQL, Databricks, and PySpark.

Italy

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What I'm looking for

I'm looking to build reliable data workflows and analytical solutions, applying Python, SQL, Databricks, PySpark, machine learning, and complex-systems modelling to meaningful business problems.

I'm building and maintaining data workflows at Accenture, retrieving, transforming, and delivering data from multiple sources in a large-scale data platform.

I use SQL, Python, Databricks, and PySpark to process and analyse data, optimise queries, and improve workflow performance, efficiency, and reliability.

My background in complex systems physics includes statistical physics, computational modelling, data analysis, machine learning, and fitness-complexity analysis for export predictions.

I've also supported undergraduate physics students at Sapienza University of Rome, adapting explanations to help them build practical problem-solving skills.

Experience

Work history, roles, and key accomplishments

Current

Data Engineering Intern

Current

Accenture

Jun 2026 - Present (4 months)

Develop and maintain data workflows to retrieve, transform and deliver data from multiple sources. Optimize queries and data processing to improve performance, efficiency and reliability of data workflows.

SQL Python Databricks PySpark Data Pipelines Data Integration

Physics Tutor

Sapienza University of Rome

Mar 2023 - Jul 2024 (1 year 4 months)

Supported students with theoretical and practical aspects of undergraduate physics courses. Tailored explanations to different learning needs, helping students understand the logic behind physical concepts and develop problem-solving skills.

Physics Tutoring Communication Skills Problem Solving

Education

Degrees, certifications, and relevant coursework

Sapienza University of Rome

Master’s Degree in Physics, Physics

2022 - 2026

Grade: 110/110

Master's degree in Physics with specialization in Complex Systems, focusing on statistical physics, computational modelling, data analysis, and machine learning. Thesis on enhancing export predictions through fitness-complexity analysis.