Changes compared to previous years
Compare group: Year 2025 (8 pcs) | Year 2024 (1907 pcs) | Year 2023 (1628 pcs) | Year 2022 (1652 pcs) | Year 2021 (3882 pcs) | Year 2020 (3594 pcs) | Year 2019 (7810 pcs) | Year 2018 (9609 pcs) | Year 2017 (11934 pcs) | Year 2016 (6094 pcs) | Year 2015 (4850 pcs) | Year 2014 (5331 pcs) | Year 2013 (6031 pcs) | Year 2012 (2380 pcs)
Hint: click a row for details
| We share tips and support related to the educational use of ICT.* See question distribution: We share tips and support related to the educational use of ICT. Own answers average 0.9 Compare group answers average 0.0 Statistical significance p < 0.1 (significant difference) |
| I can use a digital learning environment fluently (e.g. Google Classroom, O365, Moodle, SanomaPro, Peda.net, itslearning).* See question distribution: I can use a digital learning environment fluently (e.g. Google Classroom, O365, Moodle, SanomaPro, Peda.net, itslearning). Own answers average 1.3 Compare group answers average 0.5 Statistical significance p < 0.1 (significant difference) |
| I regularly teach using digital devices and content.* See question distribution: I regularly teach using digital devices and content. Own answers average 1.6 Compare group answers average 0.8 Statistical significance p < 0.1 (significant difference) |
| If required, I can use video-conferencing software and tools in my teaching (e.g., Teams, Meet and, Zoom)*** See question distribution: If required, I can use video-conferencing software and tools in my teaching (e.g., Teams, Meet and, Zoom) Own answers average 1.4 Compare group answers average 2.0 Statistical significance p < 0.00001 (clearly evident difference) |
| When providing feedback for students** See question distribution: When providing feedback for students Own answers average -1.1 Compare group answers average 0.8 Statistical significance p < 0.01 (very significant difference) |
| My students put together their own portfolios in a digital learning environment.** See question distribution: My students put together their own portfolios in a digital learning environment. Own answers average -1.2 Compare group answers average 1.3 Statistical significance p < 0.01 (very significant difference) |
| Teacher’s pedagogical ability to use ICT in differentiation of learning Please choose the description below that best fits your situation, even if it is not fully accurate in all respects:* See question distribution: Teacher’s pedagogical ability to use ICT in differentiation of learning Please choose the description below that best fits your situation, even if it is not fully accurate in all respects: Own answers average -0.2 Compare group answers average 1.0 Statistical significance p < 0.1 (significant difference) |
| I offer the students experiences of using ICT in interaction and networking* See question distribution: I offer the students experiences of using ICT in interaction and networking Own answers average -0.5 Compare group answers average 0.8 Statistical significance p < 0.1 (significant difference) |
| For acquiring and structuring information and for collaborative knowledge-building * See question distribution: For acquiring and structuring information and for collaborative knowledge-building Own answers average -0.6 Compare group answers average 0.8 Statistical significance p < 0.1 (significant difference) |
| I intersperse my students’ work with regular breaks to avoid making them sit for too long.* See question distribution: I intersperse my students’ work with regular breaks to avoid making them sit for too long. Own answers average 0.7 Compare group answers average 1.4 Statistical significance p < 0.1 (significant difference) |
| When conducting a formative assessment of the student’s learning* See question distribution: When conducting a formative assessment of the student’s learning Own answers average -1.4 Compare group answers average 0.6 Statistical significance p < 0.1 (significant difference) |
| Software for targeted educational purposes, such as multiplication, programming, mathematical illustration, languages, simulation and modeling.* See question distribution: Software for targeted educational purposes, such as multiplication, programming, mathematical illustration, languages, simulation and modeling. Own answers average -1.6 Compare group answers average 0.0 Statistical significance p < 0.1 (significant difference) |
| My students assess each others’ work using digital learning environments.* See question distribution: My students assess each others’ work using digital learning environments. Own answers average -1.3 Compare group answers average 0.7 Statistical significance p < 0.1 (significant difference) |
| My students assess my teaching using ICT.* See question distribution: My students assess my teaching using ICT. Own answers average -1.4 Compare group answers average 0.6 Statistical significance p < 0.1 (significant difference) |
| I know how to print using a 3D printer.* See question distribution: I know how to print using a 3D printer. Own answers average -1.5 Compare group answers average 0.0 Statistical significance p < 0.1 (significant difference) |
| We also work with students outside the school buildings using mobile devices (e.g. smartphone, tablet, laptop). * See question distribution: We also work with students outside the school buildings using mobile devices (e.g. smartphone, tablet, laptop). Own answers average -1.1 Compare group answers average 0.2 Statistical significance p < 0.1 (significant difference) |
| My students’ parents have the opportunity to participate in the process of evaluating the student's learning using ICT* See question distribution: My students’ parents have the opportunity to participate in the process of evaluating the student's learning using ICT Own answers average -1.2 Compare group answers average -0.5 Statistical significance p < 0.1 (significant difference) |
| Multimedia tools (such as tools for media recording and editing, web production)* See question distribution: Multimedia tools (such as tools for media recording and editing, web production) Own answers average -1.4 Compare group answers average -0.3 Statistical significance p < 0.1 (significant difference) |
| Office software such as word processing, presentation tools, spreadsheets* See question distribution: Office software such as word processing, presentation tools, spreadsheets Own answers average -0.6 Compare group answers average 0.2 Statistical significance p < 0.1 (significant difference) |
| I am able to guide my students to produce animations (such as iMotion, Giphy, Animaatiokone).* See question distribution: I am able to guide my students to produce animations (such as iMotion, Giphy, Animaatiokone). Own answers average -0.9 Compare group answers average 0.2 Statistical significance p < 0.1 (significant difference) |
| I know how to use a specific graphical programming environment designed for educational purposes fluently (such as Scratch, Kodu, Lego Mindstorm).* See question distribution: I know how to use a specific graphical programming environment designed for educational purposes fluently (such as Scratch, Kodu, Lego Mindstorm). Own answers average -1.0 Compare group answers average 0.2 Statistical significance p < 0.1 (significant difference) |
| I use ICT to perform continuous assessment on my students’ learning.* See question distribution: I use ICT to perform continuous assessment on my students’ learning. Own answers average -0.5 Compare group answers average 0.3 Statistical significance p < 0.1 (significant difference) |
| The continuing training courses in ICT provided for me have mostly been organised during working hours.* See question distribution: The continuing training courses in ICT provided for me have mostly been organised during working hours. Own answers average 0.1 Compare group answers average 0.8 Statistical significance p < 0.1 (significant difference) |
| I know how to build and program various robots (such as Lego Mindstorms EV3, Bee-Bot, Makeblock mBot).* See question distribution: I know how to build and program various robots (such as Lego Mindstorms EV3, Bee-Bot, Makeblock mBot). Own answers average -1.2 Compare group answers average -0.2 Statistical significance p < 0.1 (significant difference) |
| I know how to program diversely with students, using a specific high-level programming language (such as C, Java, PHP, Javascript, C++, Python).* See question distribution: I know how to program diversely with students, using a specific high-level programming language (such as C, Java, PHP, Javascript, C++, Python). Own answers average -1.7 Compare group answers average -0.8 Statistical significance p < 0.1 (significant difference) |
| Upward or downward differentiation for individual students or small groups of students* See question distribution: Upward or downward differentiation for individual students or small groups of students Own answers average -0.7 Compare group answers average 0.2 Statistical significance p < 0.1 (significant difference) |
*) The amount of stars implies the statistical significance
This report shows answers between 1.1.2014 and 17.4.2024. Information on this page is fixed.