Daria Gudz

Fähigkeiten und Kenntnisse

Cross-functional Collaborations
Gas Spectroscopy
Laser Systems
Optical Design
Data Analysis
Analytical Skills
Data Collection
Data Management
HITRAN Database
Design of Experiments (DOE)
ImageJ
Applied Optics
Detection Limits
LaTeX
Inkscape
Benchtop Setup
Environmental Sensing
Instrument Development
Measurement Campaigns
Experimental Design
Optical Detectors
Broadband Spectroscopy
Measurement Validation
Instrument Validation
Experimental Optics
Optical Engineering
Interferometry
Calibration Methods
Noise Analysis
Experimental Physics
Optical Fibers
NumPy
Lab Instrumentation
LabVIEW
Optical Alignment
Optical Instrumentation
Optical Testing
Laser Alignment
Optics
Optical Benchtop
Optical Lenses
Photodiodes
Optical Calibration
Optical Measurement
Photonic Sensors
Spectral Analysis
Optical Characterization
Photonics
Optical Metrology
Spectral Calibration
Prototype Development
Optical Prototyping
Spectral Fitting
Python (Programming Language)
Optical Systems
Spectrometer Design
Signal Processing
Test Setup Design
Spectrometers
Signal-to-Noise Ratio
THz spectroscopy
Statistical Analysis
SNR Optimization
Trace Gas Detection
System Integration
Vacuum Systems
System Requirements
Technical Documentation
X-ray Diffraction Analysis
Terahertz (THz)
Zemax

Werdegang

Berufserfahrung von Daria Gudz

  • 3 Jahre, Okt. 2022 - Sep. 2025

    Optical Engineer / Doctoral Researcher — Spectroscopic Instrumentation

    CNRS

    - Designed and developed a sub-millimeter spectroscopic system for gas-phase molecular detection (700 GHz range, 40 kHz resolution) - Integrated optical, electronic, and gas-handling subsystems into a functional prototype - Improved system sensitivity through noise analysis and optimization approaches -Developed Python scripts for spectral processing and molecular identification (HITRAN) - Optimized homodyne detection across a broad frequency range - Collaborated with interdisciplinary teams (engineeri

  • 6 Monate, Feb. 2022 - Juli 2022

    Research Intern — X-ray Imaging

    LP3 (Lasers Plasmas et Procédés Photoniques)

    - Investigated X-ray phase-contrast imaging using a laser-driven K-α source and a Quadriwave Lateral Shearing Interferometer (QLSH). - Performed numerical simulations of interferograms to determine optimal experimental parameters for the imaging setup. - Analysed simulated and experimental interferograms to evaluate system performance and imaging contrast. -Studied the influence of X-ray source geometry and spatial distribution on phase-contrast imaging results. -Contributed to experimental

Ausbildung von Daria Gudz

  • 3 Jahre und 1 Monat, Okt. 2022 - Okt. 2025

    Doctor of Philosophy

    Université de Rennes I

  • 2020 - 2022

    Master's degree

    Université de Bourgogne

  • 3 Jahre und 11 Monate, Sep. 2016 - Juli 2020

    Bachalor's degree

    State University of Nizhni Novgorod named after N.I. Lobachevsky (UNN)

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