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Electrical Engineering● OpenPreview

PhD Position in Modeling and Optimization of Fluid-Dynamical Systems

Develop data-driven and physics-informed models for liquid metal flow in continuous casting plants at TU Wien.

Best for:Best for electrical or control engineering graduates with strong backgrounds in mathematical modeling, fluid dynamics, and optimization.

TU Wien · Wien, Austria · R1 · First-stage researcher
More professors at TU Wien
Data-driven modelingPhysics-informed machine learningFluid dynamicsOptimizationSensor fusionParameter estimation
Deadline
Oct 31, 2026
16 days
Funding
—
Temporary
Start date
flexible
Full-time
Location
Wien
Austria

Overview

The Automation and Control Institute (ACIN) at TU Wien invites applications for a fully funded PhD position focusing on the modeling, monitoring, and optimization of fluid-dynamical systems. Working within the Complex Dynamical Systems Group and in collaboration with an industrial partner, the successful candidate will research flow behavior, parameter estimation, and real-time adaptive soft-sensing of liquid metal. The role involves developing advanced control-oriented models, conducting simulations, and validating methodologies on laboratory and industrial setups. Applicants are expected to hold a relevant master's degree and demonstrate strong technical expertise in systems theory, automation, or related engineering fields.

PhD positioncontrol engineeringfluid dynamicscontinuous castingmodel-order reductionadaptive estimationTU WienACIN

What you'll do

  • Develop data-driven and physics-informed models for gas-laden liquid metal flows in continuous casting plants.
  • Identify dynamical models and perform model-order reduction for complex fluid-dynamical systems.
  • Design optimizations for flow channels to improve industrial casting processes.
  • Implement real-time adaptive and learning-based soft-sensing algorithms to estimate unmeasured quantities.
  • Utilize sensor-fusion techniques to combine multiple measurement signals effectively.
  • Validate developed methods through rigorous simulations, laboratory models, and industrial continuous casters.

Requirements

Degree required: Master Degree or equivalent in Electrical Engineering, Automation, or related field

Degree offered: PhD

Language: ENGLISH; Level: Excellent

Instruction: English

Required skills
  • Strong background in systems theory, automation, or control engineering
  • Experience with mathematical modeling and parameter identification of dynamical systems
  • Proficiency in numerical simulation and scientific computing tools
  • Excellent command of the English language
Nice to have
Prior research or project experience with industrial applicationsFamiliarity with fluid-dynamical systems or continuous casting processesExperience with machine learning methods for physics-informed modeling
Eligibility
  • Hold a recognized Master's degree or equivalent prior to appointment

Funding & terms

Type
Unknown
Amount
—
Duration
Temporary
Programme
—

How to apply

Deadline: 2026-10-31 (Europe/Vienna)

Interested candidates should prepare their application materials and submit them via email directly to the designated contact address. Ensure the email subject line clearly references the PhD position title.

Documents required
  • CV
✉Apply by email

Contact

AK
Prof.
Andreas Kugi
Institut für Automatisierungs- und Regelungstechnik
Lab
Complex Dynamical Systems Group
TU Wien
Austria
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