Institute of Information Engineering, Automation, and Mathematics

doc. Ing. Radoslav Paulen, PhD.

Position:
Deputy of department
Lecturer
Department:
Department of Information Engineering and Process Control (DIEPC)
Room:
NB 695
eMail:
Home page:
https://www.uiam.sk/~paulen
Phone:
+421 259 325 730
Skype:
radopaulen
ORCID iD:
0000-0002-1599-2634
WoS ResearcherID:
L-7817-2016
Google Scholar:
JBx2SewAAAAJ
Research activities:
The research group of Dr. Paulen concentrates on research in estimation and optimal control of nonlinear dynamic systems with applications in chemical and biochemical processes.The main research topics include:
  • guaranteed and statistical system identification and parameter/state estimation
  • dynamic optimization, global optimization, predictive control
Availability:

Projects

  1. [ – ] (Investigator, )

European Projects

  1. [2024 – 2025] Smart Chemical Engineering for Sustainable Development (Investigator, submitted)
  2. [2022 – 2025] Fostering Opportunities Towards Slovak Excellence in Advanced Control for Smart Industries (Deputy investigator, approved)
  3. [2020 – 2023] KA107 - Mobility of students and university employees between program countries and partner countries (STU - Thailand) (Principal investigator for FCFT, approved)
  4. [2021 – 2021] Reliable Modeling, Estimation, and Control for Future Process Industry via Set-based Tools (Principal investigator, rejected)
  5. [2021 – 2021] Reliable Predictive Control Exploiting Operational Data with Real-time Applications (Project coordinator, approved)
  6. [2018 – 2020] New Directions in Guaranteed Estimation of Nonlinear Dynamic Systems and Their Applications to Chemical Engineering Problems (Principal investigator, approved)
  7. [2020 – 2020] KA107 - Mobility of students and university employees between program countries and partner countries (STU - China) (Principal investigator for FCFT, submitted)
  8. [2020 – 2020] Reliable Modeling, Estimation, Control via Set-based Tools for Future Process Industry (Principal investigator, submitted)

APVV Research Projects

  1. [2022 – 2025] Development of soft-sensors for advanced monitoring in industrial biotechnology and biomedicine (Principal investigator, rejected)
  2. [2022 – 2025] Data Based Process Control (Deputy investigator, approved)
  3. [2021 – 2024] Energy-efficient Safe and Secure Process Control (Deputy investigator, approved)
  4. [2016 – 2020] Optimal Control for Process Industries (Investigator, approved)
  5. [2012 – 2015] Advanced and effective methods of optimal process control (Investigator, approved)
  6. [2008 – 2010] Algorithms for optimal control of heat and mass transfer processes with hybrid dynamics (Investigator, approved)

VEGA Research Projects

  1. [2022 – 2025] Controller design methods for low-level carbon footprint process automation (Deputy investigator, approved)
  2. [2021 – 2024] Efficient control of industrial plants using data (Principal investigator, approved)
  3. [2017 – 2020] Energy Efficient Process Control (Investigator, approved)
  4. [2013 – 2016] Optimal Process Control (Investigator, approved)
  5. [2009 – 2011] Advanced methods of optimal control of chemical and biochemical processes (Investigator, approved)

Cooperations

  1. [2023 – 2025] Fr-Sk Cooperation: Smart Process Modelling, Optimisation, and Control (Investigator, approved)
  2. [2022 – 2023] SK-SRB Cooperation: Reliable Estimation and Control of Dynamic Systems (Principal investigator, rejected)
  3. [2020 – 2022] Fr-Sk Cooperation: Optimal design and control of processes (Principal investigator, approved)
  4. [2021 – 2021] Establishing Collaboration for Innovations in Automatic Control in the Visegrad region (Principal investigator for FCFT, rejected)
  5. [2021 – 2021] Establishing Collaboration for Innovations in Automatic Control in the Visegrad region (Project coordinator, rejected)
  6. [2020 – 2020] Advanced Design of Inferential Sensors for Industrial Distillation Columns (Principal investigator, submitted)
  7. [2018 – 2019] DE-SK cooperation: Reliable and Real-time Feasible Estimation and Control of Chemical Plants (Principal investigator, approved)
  8. [2018 – 2019] CN-SK cooperation: Verified Estimation and Control of Chemical Processes (Principal investigator, approved)
  9. [2012 – 2013] Fr-Sk Cooperation Štefánik : Dynamic and Global Optimisation of Processes (Investigator, approved)
  10. [2010 – 2011] Enhancing NO-SK Cooperation in Automatic Control (Investigator, approved)
  11. [2008 – 2009] Fr-Sk Cooperation Štefánik : Dynamic and Global Optimisation of Processes (Investigator, approved)

Other projects

  1. [2021 – 2021] Strengthening the participation of the Slovak Republic in European cooperation in research and development (Principal investigator, approved)
  2. [2020 – 2020] Hybrid modeling and real-time optimization and process control (Project coordinator, rejected)

State Projects

  1. [2019 – 2019] STU as the Leader of Digital Coalition (Investigator, approved)

Operating programs

  1. [2024 – 2025] Development of reliable and explainable models for industrial monitoring, optimization, and control (Principal investigator, submitted)
  2. [2024 – 2025] Towards Reliable Modeling, Estimation, and Control for Future Process Industry via Set-based Tools (Investigator, submitted)
  3. [2023 – 2025] FrontSeat - Support for project preparation in Horizon Europe (Investigator, submitted)

European Social Funds

  1. [2007 – 2008] PhD students for modern industrial automation in Slovak Republic (Investigator, approved)

Institute of Information Engineering, Automation and Mathematics was established in 1.1.2006 from two departments: Department of Information Engineering and Process Control and Department of Mathematics.

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FCFT STU in Bratislava
Radlinského 9
812 37 Bratislava, Slovakia
Tel.: +421 259 325 366
Fax: +421 259 325 340
Mobil: +421 918 674 366
e-mail: office@uiam.sk
6th floor, Block C NB

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