12:30
|
Keynote 2
(until 13:15)
(G4)
|
12:30
|
Clustering methods to study student reasoning lines: theoretical aspects and experimental results
-
Dr.
Onofrio Rosario Battaglia
(Università di Palermo)
(G4)
|
13:15
|
--- Lunch Break ---
|
14:15
|
Multilevel Analysis for research on STEM Education (Invited Symposium)
(until 15:45)
(G4)
|
14:15
|
Exploring the impact of student characteristics and social context on mathematical literacy
-
Cristina Davino
(Dipartimento di Scienze economiche e statistiche -)
(G4)
|
14:45
|
An analysis of the differences in Italian students’ performance in STEM and no-STEM courses
-
Marialuisa Restaino
(DISES Università di Salerno)
(G4)
|
15:15
|
"I don’t know": dealing with uncertainty in students' perceived competence in STEM
-
Rosa Fabbricatore
(Università degli Studi di Napoli)
(G4)
|
15:45
|
--- Coffee break ---
|
16:15
|
Assessment of Instructional Strategies in STEM Education (Parallel Contributed Symposium)
(until 17:45)
(G4)
|
16:15
|
Artificial Neural Network Analysis of Physics and Engineering freshmen FMCE responses
-
Valentina Bologna
(Physics Department, University of Trieste)
(G4)
|
16:35
|
Combining qualitative and quantitative analyses to investigate the role of virtual simulations in the evolution of primary school students' mental models about electrostatics
-
Giacomo Bozzo
(Department of Biology, Ecology and Earth Science. University of Calabria (UNICAL), Cosenza, Italy )
(G4)
|
16:55
|
Peer learning in higher education: An effective response to the university students’ dropout problem
-
Matteo Bozzi
(Politecnico di Milano, Department of Physics, Milan, Italy)
(G4)
|
17:15
|
Investigating through worksheets the impact of short formative modules on prospective teachers' didactic projects about specific topics: qualitative analysis and data visualization.
-
Francesca Monti
(University of Verona)
(G4)
|
16:15
|
Measurement of cognitive and affective variables in STEM (Parallel Contributed Symposium)
(until 17:45)
(G4)
|
16:15
|
An extensive questionnaire about emergency remote teaching: more than 3000 engineering students respond about their perceptions on online didactic activities.
-
Roberto Mazzola
(Department of Physics, Politecnico di Milano)
(G4)
|
16:35
|
Investigation of Systems Thinking Skills of students aged 11 to 14 years old
-
Sara Zanella
(Free University of Bozen)
(G4)
|
16:55
|
Investigating secondary students’ identification with physics through structural equation modeling
-
Dr.
Danilo Catena
(University of Udine)
(G4)
|
17:15
|
Use of Multiple correspondence analysis to investigate students’ mental models about quantum entities
-
Giovanni Giuliana
(University of Camerino)
(G4)
|