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ITEMS: Improving Tools for E-assessment in Maths and ScienceERASMUS KA2 School Education project (2018-1DE01-KA203-004268)Contact: [email protected] project has been funded with support from the European Commission. This publication reflects the views only of the author,and the Commission cannot be held responsible for any use which may be made of the information contained therein.
ITEMS OUTPUT 5:
Design/development/revision of a SCIENCE-Moodle (with FORMULAS
question) module for High School
Abstract: SCIENCE-ITEMS Output-5 consists of curricular material integrated in a Moodle course covering
kinematics content aimed at students aged 16-18 years old. Output leader is IES Mediterranea and it is
an Open Educational Resource (OER) that can be freely visited and downloaded using teacher/teacher
account at https://moodle.itemspro.eu/enrol/index.php?id=87
ITEMS project – ERASMUS KA2 School Education project – 2018-1DE01-KA203-004268 – itemspro.eu1
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ITEMS-SCIENCE module structure
SCIENCE-ITEMS Output-5 consists of Research and ICT-based curricular material integrated in a Moodle
course covering kinematics content. It is aimed to be used for students aged 16-18 years old. It has been
created by IES Mediterranea and it has been reviewed by all partners under a peer pressure approach.
The ITEMS module is not just a storage of teaching resources (files, pdf’s, links,...) as usual in many
school Moodle installations. On the contrary, the course contains only interactive activities, mainly
quizzes. Quizzes are used in a double formative-evaluative way.
On the one hand, quizzes provide information to students as a fine-grained knowledge which include
videos, presentations and interactive simulations. Other quizzes are aimed to test the conceptual
understanding gained by students. These quizzes are composed of numerical, graphical and algebraic
questions with random data, which prevent student cheating. This is an innovative contribution to the
way Moodle is used in teaching, as traditional materials are mainly composed of true/false, numerical or
multiple-choice questions.
On the other hand, quizzes have a double evaluative purpose:
● For students’ own self evaluation, as questions have been designed in order to provide feedback
to students as a means of helping their learning to be more reflective.
● For teachers monitoring student understanding, by using Moodle evaluation tools and analytics,
an assessment system has been set up in order for teachers to monitor student progress and
achievement.
After some piloting of the course materials have been disseminated through several teacher courses and
professional development activities. During this process a lot of issues have appeared that have led to
materials revision and improvement.
ITEMS-Science module main features
There are two main features of Science-ITEMS modules:
1. Research based: Results of investigations on how students learn and their ideas on topics covered are
taken into account on planning and developing the material.
As regards learning paradigm we try to apply the Mastery Learning ideas: frequent formative tests and
feedback, with correct answers given after testing, guarantee that most students reach mastery, defined
as 90% of the marks in the formative tests. However mastery learning is somewhat cumbersome to
arrange by using traditional teaching methodologies.The paradigm calls for daily/weekly formative tests,
which require much effort to arrange, and these tests often have to be repeated.
In this way we try to take advantage of tests, not as an assessment tool, but as a teaching/learning tool,
which in learning theory is also known as the Testing Effect (Test-enhanced learning: the potential for
testing to promote greater learning in undergraduate science courses, C. J. Brame and R. Biel.2015)
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As regards student’s ideas on specific topics, they are taken from recent works in Discipline-based
Research papers, mainly from Physical Review Physics Education Research website
(https://journals.aps.org/prper/). In this way, testing within the science classroom can also be a learning
event which is used for both formative and summative assessment purposes to let the student and the
teacher monitor progress toward learning goals.
2. Use of ICT based e-Assessment tools: By means of integrating JavaScript animations in Moodle
quizzes, an ICT-based automatic assessment system has been implemented designing a whole cycle of
formative tests and corrective measures.The use of such interactive animations allow students to
improve conceptual understanding and facilitate assessment in Science. These simulations have been
built following a serious-game approach in order to engage, motivate, and improve student’s learning. In
order to facilitate their use in different teaching scenarios, the main goal is that all animations are able
to run in every device (desktop computer, laptop or any mobile device) and by means of any browser
(Chrome, Firefox,...).
The main tool used in developing ITEMS animations is JSXGraph software. JSXGraph
(https://jsxgraph.org) is one of the most used JavaScript libraries for mathematical visualization in
web-based learning platforms and online assessment tools. It has been developed since 2007 at the
Center for Mobile Learning at the University of Bayreuth (Germany) as an open source project. It is
hosted at Github which allows it to be used in practically all e-learning scenarios.
ITEMS animations are included in Moodle activities in order to produce user-friendly and eye-appealing
learning situations. They have been built with a clear didactical intention derived from the results of
Discipline-based Education Research. The most important thing is that using the Moodle monitoring
system, teachers are able to know what is the result of every student's interaction with animations and
provide specific feedback according to the result. On the other hand, Moodle statistics system provides
learning analytics data on students' results as a group.
Animations are embedded in a Moodle FORMULAS or STACK question type. Both question types are
Moodle plugins with random values and multiple answer fields. The answer fields can be placed
anywhere in the question so that the teacher can create questions involving various answer structures
such as table, coordinate, polynomial, etc. Other features are available, as unit checking.
ITEMS project – ERASMUS KA2 School Education project – 2018-1DE01-KA203-004268 – itemspro.eu3
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Some examples of Science-ITEMS activities
1. Motion Virtual experiment. It tries to replicate how a motion sensor is used to display p-t, v-t & a-t
graphs in real time. In the virtual experiment students have to drag the cursors in order to change the
track’s shape and the initial conditions). After some trial and error, students are able to perform the
correct configuration. See at https://youtu.be/tLukq9VyggA.
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2. Drawing vectors. In this example, students have to sketch acceleration and velocity vectors at certain
points in a pendulum motion. Vector drawing is done by dragging points which are initially all
concentrated in one place. In the picture, all vectors are displayed in an incorrect answer of a student.
The correct answer is shown in the video https://youtu.be/UF6V9hsrD7U.
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3. Parabolic motion problem. We use the Moodle STACK question type which evaluates it using the
computer algebra system Maxima. First it recognises the variable used and later interprets the student
answer, writing it in a more readable way.
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Usage and Impact
This courseware is freely available as OER (Open Educational Resources) under a Creative Commons
license 3.0 Materials and can be accessed in different ways:
1. Materials can be freely visited. A visitor teacher account has been created: username = teacher
& password= teacher at https://moodle.itemspro.eu/course/view.php?id=87
2. Materials can be downloaded. Interested teachers can download the questions and the course
backup in order to test them in their own Moodle platform. Download is available at the course
https://moodle.itemspro.eu/course/view.php?id=87
3. Materials can be used as LTI External tool. The external tool is a new feature for Moodle which
offers a way for teachers to link to some ITEMS activities or to the whole course from within their
school Moodle course page and to have grades sent back into Moodle. Students only need to log
in to their school Moodle; they do not have to log in a second time to the connecting site. ITEMS
site allows connection to Moodle in this way acting as a Tool provider.
4. Course instances can be created on demand. Interested teachers with no school Moodle
installation can request a course to be created in the ITEMS server. Teacher and Students
accounts for log in the course are created by ITEMS admin. Requests for both (External tool &
course) can be made at [email protected]
Modules have been piloted by partner schools several times during the project life span. As a result of
this experience, schools have provided valuable feedback that have contributed to the improvement of
materials. Moreover, by creating the ITEMS Online Academy, the project has facilitated that around 20
teachers have gone further in experimenting the materials developed in different classroom contexts.
Project partners have contributed by mentoring teachers in using project materials while they are
teaching their own students. In total more than 700 students have tested the materials in various types
of teaching set-up. As a follow up, during school year 21-22, several Swiss and German Gymnasiums
have already started to translate the materials and to produce new materials based on the ones created
by the project.
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At the end of every testing round, students completed an evaluation form. In general, they appreciate
the innovative materials created by ITEMS partnership as a way to better engage in SCIENCE subjects.
Some quotes are displayed below.
It is a good tool for a better understanding of the lesson.
It's easy to use and lets us see and experience how their functions and graphs work
My opinion is that this platform is useful for students. He can help you to recall some lessons.
I like this online material because it's an innovation.
This way of teaching is quite motivating because it puts the student in difficulty.
Dissemination
During project life span SCIENCE-ITEMS materials have been disseminated through different events. In
most of the events there has been a joint collaboration of all ITEMS partners, as regards Spanish National
events there has been a close collaboration of IES Mediterrània, Output leader, with BNedu and
Conselleria de Educacion, mainly through the CEFIRE network for teacher’s professional development.
On February 5th 2019 started the ITEMS teacher training course “PHYSICS digital-based materials based
on science education research”. Nearly 20 teachers attended the face to face initial session where they
were introduced to ITEMS approach and materials..On Tuesday, April 30th, it was held a contributed talk
on “A didactical perspective on teaching Newton’s Laws at High School” by Dr Jenaro Guisasola, Science
Education researcher at Basque Country University (UPV-EHU) and coordinador of the Science,
Technology and Mathematics Education Research Group.
On September, 3rd-4th 2019, in collaboration with Alicante University, it was held the COURSE: “Creation
of research-based digital materials (Moodle) to develop STEM competences”, where SCIENCE materials
were presented and discussed.
SCIENCE-ITEMS materials were presented at the MOOC-ITEMS project: creation of STEM diagnostic
questions for evidence-based teaching (July-Sept.2020) (OUTPUT 8) and later in the course:
ITEMS-Moodle materials for teaching High School Physics (18.1 to 28.2: 2021).
A digital publication “PROYECTO ITEMS: DESARROLLO DE UN SECUENCIA DIDÁCTICA PARA CINEMÁTICA
BASADA EN LAS TIC Y EN LA INVESTIGACIÓN DIDÁCTICA” presenting the main innovative and
research-based JSXGraph constructions dealing with motion (Kinematics).was performed by Luís
Gonzalez Cortés (IES Mediterrania), Marc Bernat Martínez Alemany (BNEdu) and Emilio José Moncho
Gascón (IES LaNucia), which is one of the teachers who has tested the materials, in Quaderns Digitals nº
ITEMS project – ERASMUS KA2 School Education project – 2018-1DE01-KA203-004268 – itemspro.eu8
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90. Monográfico Ciencias ISSN 1575-9393 Nº 90 April 2020 pp. 49-57
http://www.quadernsdigitals.net/index.php?accionMenu=hemeroteca.VisualizaArticuloIU.visualiza&arti
culo_id=11532
As regards education conferences, ITEMS has been presented at the online International Conference on
Science Education (SIEC 2020) organised by Vigo University (Spain). Luis Gonzalez (IES Mediterrania) and
Marc Bernat Martinez (BNEdu) presented a communication on the Physics materials piloted at several
Spanish Schools.
https://itemspro.eu/2020/06/14/items-communication-at-siec-2020/.
Finally, as an extension of Output 5, which was initially planned to develop only Formulas questions,
Physics STACK questions were developed and piloted through the collaborators schools. In April 2021,
they were presented at the International Meeting of the STACK Community 2021.
Moreover, some work was done on extending SCIENCE materials to Astronomy by creating STACK
questions with JSXgraph animations for Secondary School that were presented as a communication at
STEM Teaching Conference (Valencia May 2021) ITEMS Project: Development of a didactic sequence of
the Sun-Earth-Moon system(1ESO).
ITEMS project – ERASMUS KA2 School Education project – 2018-1DE01-KA203-004268 – itemspro.eu9