Résumé

Location: Eindhoven, The Netherlands
Phone: +40 756 717 680
Email: FlavianStavarache@outlook.com

👩‍🔬 Research Experience

Research Trainee – VTT Technical Research Centre of Finland

Aug 2025 – Oct 2025, Espoo, FI
- Contributed to FULL‑MAP, an EU‑funded project accelerating battery design and manufacturing.
- Used tight‑binding calculations to analyze novel cathode materials.
- Employed active‑learning techniques for model creation and data generation.
- Authored a series of tutorials for the computational‑chemistry package DFTB+.

Research Student – Shinshu University

Jun 2024 – Aug 2024, Nagano, JP
- Developed a new method for predicting adsorption properties of novel nanomaterials.
- Applied Monte‑Carlo simulations to generate adsorption isotherms of common gases in MOFs.
- Released an open‑source Julia library for calculating characteristic curves of MOFs.

Tutor / Mentor / Research Assistant – Eindhoven University of Technology

Sep 2022 – Feb 2025, Eindhoven, NL
- Built a Python application for studying the thermodynamics of Adsorption Potential Theory.
- Guided 11 Applied‑Physics first‑year students with academic planning and support.
- Tutored 12 students in a university‑wide physics course (homework explanations, practice exams).

🎓 Education

MSc Applied Physics – Eindhoven University of Technology

Sep 2023 – Aug 2025, Eindhoven, NL
- Specialisation: Nano, Quantum & Photonics
- GPA: 8.9 / 10 (Cum Laude)
- Honours: Theory for Technology acknowledgment
- Key Courses: Material Modelling, Scientific Programming, Computational Physics, Solid‑State Physics
- Master’s Thesis: Modelling ionic liquids for optoelectronic applications (Score 9.5 / 10)

BSc Applied Physics – Eindhoven University of Technology

Sep 2020 – Aug 2023, Eindhoven, NL
- GPA: 7.5 / 10
- Tracks: Classical Physics, Quantum Mechanics, Experimental Physics, Machine Learning, Data‑Science‑oriented “User, Society and Entrepreneurial” track
- Bachelor’s Thesis: Adsorption Potential Theory with the Materials Simulation & Modelling Group (Score 9.5 / 10)

🛠️ Technical Skills

• Programming: Python, Julia, Bash
• Tools & Environments: Linux, HPC clusters, GitHub, GitLab, MkDocs
• Simulation Packages: LAMMPS, RASPA, FLARE, DFTB+, AMS, Phonopy, xTB

📚 Publications

1. Stavarache, F.; Luna‑Triguero, A.; Calero, S.; Vicent‑Luna, J.M.
   Adapted thermodynamical model for the prediction of adsorption in nanoporous materials.
   Chemical Engineering Journal, 2024; 496:153480.

2. Stavarache, F.; Calero, S.; Vicent‑Luna, J.M.; Tanaka, H.
   Impact of solid‑fluid interactions in adsorption. – In preparation.