Dr. Wenzuo Wei

Angestellt, DXR Advanced Application Specialist, GE Healthcare

Shanghai, China

Fähigkeiten und Kenntnisse

Python
Machine Learning
Deep Learning
MatLab
bioimpedance
micro-computed tomography
Clinical Research
Research and Development
Data Analysis
Scientific Writing
Artificial intelligence
Healthcare Marketing
Diagnostic Radiology

Werdegang

Berufserfahrung von Wenzuo Wei

  • Bis heute 1 Jahr und 11 Monate, seit Aug. 2022

    DXR Advanced Application Specialist

    GE Healthcare

    - clinical research project and design in radiology (bone densitometry) & follow-up after the study - close cooperation with R&D and marketing teams with scientific research material and evidence - developing new research ideas with radiologists and clinicians, and provide data analysis and AI solutions (radiomics, ML and DL) based on clinical research, and publication of the results - Presentation and promoting of the value of DXR products with stakeholders at key conferences and meetings in China ...

  • 6 Monate, März 2022 - Aug. 2022

    Advanced Application Specialist

    GE Healthcare
  • 4 Jahre, Aug. 2018 - Juli 2022

    Doctoral Researcher

    Universität Rostock

    A principal member of the DFG-funded ELAINE (Electrically Active Implants) A05 project (https : //www .elaine .uni-rostock .de/) — a multidisciplinary subject that has been focusing on the study of the electrical /impedance properties of bone tissues andimplants, focusing on bioimpedance spectroscopy studies and experimental design and measurement; performed data analysis and model development (including ML and DL) for the study and projects.

Ausbildung von Wenzuo Wei

  • 2 Jahre und 7 Monate, Sep. 2015 - März 2018

    Optical Engineering

    University of Shanghai for Science and Technology

    Participated in the project “Transparent conductive oxide based spectral modulation and shearing of thin film properties ”funded by the National Natural Science Foundation of China. Found that the optical-electrical properties of multilayer composite films (e.g. gold and indium-tin oxide films, Au/ITO/Au, Au/ITO) can be improved by using electron-beam irradiation method.

  • 3 Jahre und 10 Monate, Sep. 2011 - Juni 2015

    Optical Information Science and Technology

    Jiaying University

Sprachen

  • Englisch

    Fließend

  • Chinesisch

    Muttersprache

  • Deutsch

    Grundlagen

21 Mio. XING Mitglieder, von A bis Z