Link to Proceedings
Download the conference proceedings (protected by password)
List of video links
Title and authors |
Pocket-Sized Portable Labs: Control Engineering Practice Made Easy in Covid-19 Pandemic Times
Moura Oliveira, Paulo; Soares, Filomena; Cardoso, Alberto |
MATLAB Apps to Support the Learning and Understanding of Simple System Dynamics
Rossiter, J. Anthony |
Take Home Laboratories Enhancing a Threshold Approach to Assessment
Rossiter, J. Anthony |
A Taxonomy for Levels of Automation Based on the Industrial Revolutions
Barbieri, Giacomo; España, Adriana; Sanchez-Londono, David |
A Lab Equipped with Industrial DCS for Different Control Engineering Courses
Dittmar, Rainer; Balke, Carina; Voeltzer, Klaas |
A Complete MATLAB Based Application with GUI to Learn GRAFCET
Liu, Huai-Jan; Dufour, Pascal |
Open Access Resources to Support the First Course in Feedback, Dynamics and Control
Serbezov, Atanas; Zakova, Katarina; Visioli, Antonio; Rossiter, J. Anthony; Douglas, Brian; Hedengren, John |
Abstraction in Teaching Ways of Control Engineering to Support the Understanding of Mathematics behind Industry 4.0 — a Hungarian Approach
Tar, Jozsef Kazmer; Varga, Bence; Galambos, Péter; Szűcs, László; Siket, Máté; Varga, Árpád; György, Eigner; Kovacs, Levente |
Control Engineering Kit for Power Electronics with Cloud Connectivity
Pendharkar, Ishan; Heimgartner, Michel |
Remote Teaching with the Cyber-Physical Mobility Lab
Mokhtarian, Armin; Scheffe, Patrick; Alrifaee, Bassam; Kowalewski, Stefan |
A Software Tool to Understand the Design of PIDA Controllers
Ferrari, Marco; Visioli, Antonio |
Efficient Deployment of Remote Laboratories with TwinCAT-PLCs and EjsS Plugins
Chacón, Jesús; Besada-Portas, Eva; García-Pérez, Lía; Lopez-Orozco, Jose Antonio |
Academic-Practice Collaborations in Automation and Control: Keys for Success
Serbezov, Atanas; Rhinehart, R. Russell; Goupil, Philippe; Anisi, David A. |
A Bioreactor System Remote Laboratory for Teaching Process Control
Higginson, Antony; Brooks, Kevin |
Teaching Ethical Challenges in Automatic Control
Dörschel, Lorenz; Abel, Dirk |
Online Laboratory for Large Classes – Lessons Learnt at Pandemic Time
Leva, Alberto; Seva, Silvano |
Collaborative Robotic Environment for Educational Training in Industry 5.0 Using an Open Lab Approach
Pozo, Esteban; Patel, Nikunjkumar; Schrödel, Frank |
Home Laboratory for Control Applications
Bucher, Roberto; Bianchi, Mikael; Montù, Gianluca; Vaghi, Alessandro |
Teaching Control Courses Online During the Covid-19 Pandemic: Some Experiences at the University of Brescia
Beschi, Manuel; Tonola, Cesare; Visioli, Antonio |
A Course and a Didactic Model Library on Automation of Energy Systems
Leva, Alberto |
Evaluation of Educational Effects of Control Experiment
Sato, Takao; Yao, Tomonori; Kawaguchi, Natsuki |
A Vision Based Navigation Platform for Control Learning
Mañas-Álvarez, Francisco José; Dormido, Raquel; Guinaldo, Maria; Socas, Rafael; Dormido, Sebastián |
Development of a Modern, Low Cost, Lab Scale Industry 4.0 Plant for Education
Krushnan, Jayabadhrinath; Schrödel, Frank |
Hybridization of Automation Practical Courses
Riera, Bernard; Mazé, Christophe; debernard, serge; Galaup, Michel; Panzoli, David; Renard, Dimitri; PETTINELLI, Bryan; Eynard, Benoit |
Control Technology Instrumentation for Students of Applied Electrical Engineering Study Programme
Karer, Gorazd; Bošnak, Matevž |
A Receding Horizon Approach for Curriculum Management in Higher Education
Larsen, Thomas Nakken; Busetto, Riccardo; Varagnolo, Damiano; Rasheed, Adil; Formentin, Simone |
Assessing Engineering Exercises: A Novel Taxonomy
Liotino, Marica; Garone, Anja; Knorn, Steffi; Varagnolo, Damiano; Garone, Emanuele; Fedeli, Monica |
The Control, Systems and Stability Course of 8 Lectures in Middle and High School’s Biology Curriculum: Design and Practice
Li, Zongfei; Yu, Chao |
Raspberry Pi-Based Motion Control Testbed for Mechatronics Education
Goubej, Martin; Blaha, Lukas |
Remote Training in Cybersecurity for Industrial Control Systems
Domínguez, Manuel; Pérez, Daniel; Morán Álvarez, Antonio; Alonso Castro, Serafín; Prada, Miguel Angel; Fuertes, Juan J. |
Introduction to Fractional-Order Control: A Practical Laboratory Approach
Thomson, Dean; Padula, Fabrizio |
Workshops for Promoting Robotics among Future Engineers
Ramos-Teodoro, Jerónimo; MORENO, JOSE CARLOS; Muñoz-Rodríguez, Manuel; García-Mañas, Francisco; Serrano Rodríguez, Juan Miguel; Otálora, Pablo |
Use of TCLab Kits for Control Engineering Curricula at the University of Almeria
Guzmán, José Luis; García-Mañas, Francisco; Hoyo, Ángeles; Ramos-Teodoro, Jerónimo; Donaire, Julian G. |
Teaching Control During the COVID-19 Pandemic
Guzmán, José Luis; Zakova, Katarina; Craig, Ian Keith; Hagglund, Tore; Rivera, Daniel E.; Normey-Rico, Julio Elias; Moura Oliveira, Paulo; Wang, Liuping; Serbezov, Atanas; Sato, Takao; Beschi, Manuel |
An Interactive Application to Analyse the Existence of Limit Cycles Using the Describing Function
Lampón Diestre, Cristina; Díaz, Jose Manuel; Dormido, Sebastián; Costa-Castelló, Ramon |
Teaching Estimation and Control Via Probabilistic Graphical Models an Intuitive and Problem-Based Approach
Herzog né Hoffmann, Christian; Vollmer, Felix; Gruner, Jonas; Rostalski, Philipp |
Towards an Open Database of Assessment Material for STEM Subjects: Requirements and Recommendations from Early Field Trials
Mohammadi, Ali; Fagiolini, Adriano; Cirrincione, Maurizio; Garone, Emanuele; Garone, Anja; Varagnolo, Damiano |
Redesigning a Classic Control Course Using Constructive Alignment, Student Centred Teaching and Continuous Assessment
Knorn, Steffi; Topalovic, Daniel; Varagnolo, Damiano |
2-DOF Control Implementation for Remote Laboratory Course in Control Education
Oliveira Martins, Danilo; Pereira das Neves, Gabriel; Campo, Alexandre; Angelico, Bruno Augusto |
On the Application of Agile Project Management Techniques, V-Model and Recent Software Tools in Postgraduate Theses Supervision
Sarhadi, Pouria; Naeem, Wasif; Fraser, Karen; Wilson, David |
Control Engineering and Robotics since Primary School: An Infrastructure for Creating the Digital Twin Model of the Learning Class
Screpanti, Laura; Scaradozzi, David; Gulesin, Rumeysa Nur; Ciuccoli, Nicolò |
Project-Based Learning for Control of Hybrid Powertrains Using a Simulation Model
Steffen, Thomas; Fly, Ashley; Stobart, Richard |
Robotics in Masters Degree Including Multi-Disciplinary Projects Case of Semester in First Year of Masters Degree
Bergeon, Yves; Motsch, Jean; Krivanek, Vaclav |
Digital Twins and HIL Simulators in Control Education – Industrial Perspective
Cech, Martin; Vosahlo, Milan |
Speed Control of a CPU Fan
Alvarado, Ignacio; Borja, José Antonio; Haes Ellis, Richard Ellis; Muñoz de la Peña, David |
CTRL+ESC: An Escape/exit Room to Teach Control and Its Relevance to an Audience Outside Engineering
Axelson-Fisk, Magnus; Gentsch, Maik; Jackson, Roxanne; Knorn, Steffi; Paasche, Lars; Topalovic, Daniel; Voit, Sergej |
Overview and Future Trends of Control Education
Muñoz de la Peña, David; Domínguez, Manuel; Gómez-Estern, Fabio; Reinoso, Oscar; Torres, Fernando; Dormido, Sebastián |
Bringing Automatics and Robotics closer to pre-university students
Hoyo, Ángeles; Mañas-Álvarez, Francisco José; Rodriguez-Miranda, Enrique; Gil, Juan Diego; Castilla, Maria del Mar; Guzman, Jose Luis |
An Architecture to Implement Generalized Sampling in Online Laboratories
Moulay Taj, Amine; Chacón, Jesús; de la Torre, Luis; Malaoui, Abdessamad; Dormido, Sebastián |
Evolution Analysis of Content, Teaching and Examination Modes with Impact Analysis on Student Satisfaction and Learning Effect
Dana, Copot; Ghita, Mihaela; Ionescu, Clara |
From-Scratch Development and Improvement of a Problem-Based Learning Course: Nonlinear Model Predictive Control for Chemical and Biochemical Processes
Matias, José; Jäschke, Johannes |
Project-based Learning for Control Education during COVID-19 Pandemic
Najeeb, Aiman; Memon, Junaid Ahmed |
Teaching Predictive Control Using Specification-Based Summative Assessments
McInerney, Ian; Kerrigan, Eric C. |
Virtual Laboratory for Game-Based Control Systems Education
Peregudin, Alexey; Popov, Arseniy; Akhmetgaliev, Eduard; Bugrova, Alena; Bystramovich, Mariia; Stakanov, Valerii; Dunaev, Vasily |
Constructive Alignment by Portfolio Exams for an Advanced Control Master Module
Lichtenberg, Gerwald; Pangalos, Georg |
Anatomy of Chuas System – Nonlinear Dynamic Electronic for Chaos in the Lab
Schimmack, Manuel; Mercorelli, Paolo |
Pedagogical Framework to Develop Interactive Virtual Tools for the Teaching and Learning of Dynamic Systems in Control Engineering
Vidal Rosas, Ernesto Elias;Galvan Fernandez, Cristina |
Remote Teaching of Dynamics and Control of Robots Using ROS 2
Fetter Lages, Walter |
How to Efficiently Handle 300 Projects on Model Representations and Analysis?
Stoica Maniu, Cristina; Letort-Le Chevalier, Véronique; Sandou, Guillaume; Lhachemi, Hugo; Font, Stephane; Vlad, Cristina |
Using SIR Epidemic Modeling and Control to Teach Process Dynamics and Control to Chemical Engineers
Rivera, Daniel E.; El Mistiri, Mohamed; Shi, Ziyu |
Surface Vessels Control: Case Study of a Complex Project with Related Courses
Zhivitskii, Andrei; Sivtsov, Vladimir; Ramos Almeida, Franklin Alexander; Borisov, Oleg; Shavetov, Sergei |
A Workplace Equality Workshop for the Control Engineering Classroom
Bauer, Margret; Heskebeck, Frida |
Student Advising Services in Control Systems and Robotics
Shavetov, Sergei; Borisov, Oleg; Borisova, Elena; Zhivitskii, Andrei |
Disturbance Observer in PID Controllers for First-Order Time-Delayed Systems
Huba, Mikulas |
Interdisciplinary K-12 Control Education in Biomedical and Public Health Applications
Duncan, Dominique; Garner, Rachael; Bennett, Alexis; Sinclair, Michael; Ramirez- De La Cruz, Glendy; Pasik-Duncan, Bozenna |
Challenges and Opportunities of Using Differential-Drive Robots with Project-Based Learning Pedagogies
Beuchat, Paul Nathaniel; Bradford, Glenn J; Buskes, Gavin |