Veronika Trávníková
Research Assistant at Chair for Computational Analysis of Technical Systems at RWTH Aachen University- Claim this Profile
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English Full professional proficiency
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German Professional working proficiency
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Spanish Professional working proficiency
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Slovak Native or bilingual proficiency
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Czech Native or bilingual proficiency
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Portuguese Elementary proficiency
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Credentials
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edX Verified Certificate for Machine Learning with Python-From Linear Models to Deep Learning
MITx on edXDec, 2020- Sep, 2024 -
Engineering Project Management by Rice University on Coursera
CourseraNov, 2020- Sep, 2024 -
Cambridge English Level 3 Certificate in ESOL International (Advanced)
Cambridge English Language AssessmentSep, 2017- Sep, 2024 -
Deutsches Sprachdiplom der Kultusministerkonferenz - Zweite Stufe
Deutsches Sprachdiplom der KultusministerkonferenzMay, 2014- Sep, 2024
Experience
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Chair for Computational Analysis of Technical Systems at RWTH Aachen University
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Germany
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Research Services
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Research Assistant
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Dec 2021 - Present
Research topic: Prediction of flow fields in bioreactors using Physics-Informed Neural Networks Research topic: Prediction of flow fields in bioreactors using Physics-Informed Neural Networks
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MSD
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Software Development
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Junior Data Scientist
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Jul 2020 - Nov 2021
Animal Health Advanced Analytics. Data related tasks as support for R&D. Application of statistical models for calculation of biological assays in R, backend development, preparation of valid data for system integration testing. Animal Health Advanced Analytics. Data related tasks as support for R&D. Application of statistical models for calculation of biological assays in R, backend development, preparation of valid data for system integration testing.
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University of Chemistry and Technology in Prague (UCT Prague)
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Czechia
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Higher Education
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1 - 100 Employee
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Student Researcher
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Sep 2018 - Jun 2021
Laboratory of Bioengineering and Functional Materials Independent research focused on experimental determination of maximum effective hydrodynamic stress in stirred and sparged bench-scale bioreactors. Effect of surfactants on oxygen mass transfer rate. CFD simulations of single- and multiphase flow, validation of the model using experimental data. Laboratory of Bioengineering and Functional Materials Independent research focused on experimental determination of maximum effective hydrodynamic stress in stirred and sparged bench-scale bioreactors. Effect of surfactants on oxygen mass transfer rate. CFD simulations of single- and multiphase flow, validation of the model using experimental data.
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Zentiva
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Czechia
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Pharmaceutical Manufacturing
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700 & Above Employee
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Intern
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Jul 2019 - Jul 2019
Internship - Department of Solid Phase Characterisation Internship - Department of Solid Phase Characterisation
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IOCB Prague - Institute of Organic Chemistry and Biochemistry of the Czech Academy of Sciences
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Czechia
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Research Services
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300 - 400 Employee
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Student Researcher
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May 2017 - Jul 2018
Organic synthesis - Synthesis of laterally extended helical aromatics Supervisor Ivo Starý, Ph.D. Organic synthesis - Synthesis of laterally extended helical aromatics Supervisor Ivo Starý, Ph.D.
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Education
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RWTH Aachen University
Doctor's Degree, Mechanical Engineering - Simulation Sciences -
University of Chemistry and Technology in Prague (UCT Prague)
Master's degree, Process Engineering -
Universidade do Porto
Master's degree, Chemical Engineering -
Charles University in Prague
Bachelor's degree, Chemistry -
Universität zu Köln
Chemistry