powerpoint as a tool for developing the digital competence in physics class marko gosak 1,2, jerneja...

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PowerPoint as a tool for developing the digital competence in physics class Marko Gosak 1,2 , Jerneja Pavlin 3 1 Faculty of Natural Sciences and Mathematics, University of Maribor 2 Faculty of Education, University of Maribor 3 Facutly of Education, Univesity of Ljubljana [email protected]

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Page 1: PowerPoint as a tool for developing the digital competence in physics class Marko Gosak 1,2, Jerneja Pavlin 3 1 Faculty of Natural Sciences and Mathematics,

PowerPoint as a tool for developing the digital

competence in physics classMarko Gosak1,2, Jerneja Pavlin3

1Faculty of Natural Sciences and Mathematics, University of Maribor2Faculty of Education, University of Maribor3Facutly of Education, Univesity of Ljubljana

[email protected]

Page 2: PowerPoint as a tool for developing the digital competence in physics class Marko Gosak 1,2, Jerneja Pavlin 3 1 Faculty of Natural Sciences and Mathematics,

Natural science subjects – a gateway for the development of

the key and generic competences

Page 3: PowerPoint as a tool for developing the digital competence in physics class Marko Gosak 1,2, Jerneja Pavlin 3 1 Faculty of Natural Sciences and Mathematics,

Digital competenceInvolves the use of computer and other information communication technology tools

Numerous possibilities to promote the digital competence during science subjects

Computer supported laboratory work

Internet as a source of new information

Computer as a tool for presenting results and new findings

Web textbooks, applets and many other applications…

Page 4: PowerPoint as a tool for developing the digital competence in physics class Marko Gosak 1,2, Jerneja Pavlin 3 1 Faculty of Natural Sciences and Mathematics,

Representative educational materials for physics lessons

1. ELECTRIC CIRCUITS:

• primary school physics,

• group experimental work,

• each group present their new findings with a PowerPoint presentation.

2. OPTICAL PHENOMENA IN THE ATMOSPHERE:

• secondary school physics,

• text- and web-based learning in groups,

• each group present their new findings with a PowerPoint presentation.

DIGITAL COMPETENCE interconnected with:

Ability to work with others in groups, ability of organizing and planning of the work, verbal and oral communication, ability of collecting data and selection of data…

Page 5: PowerPoint as a tool for developing the digital competence in physics class Marko Gosak 1,2, Jerneja Pavlin 3 1 Faculty of Natural Sciences and Mathematics,

1. Electric circuits

Characteristic worksheet:

Each group receives a different worksheet with instructions for experimental work

Page 6: PowerPoint as a tool for developing the digital competence in physics class Marko Gosak 1,2, Jerneja Pavlin 3 1 Faculty of Natural Sciences and Mathematics,

1. Electric circuits

MAIN IDEA – pupils are required to create PowerPoint presentations with their results and new findings and present them afterwards to their schoolfellows.

The teacher gives first instructions on using PowerPoint effectively.

Characteristic slides from the exemplary PowerPoint presentation:

Page 7: PowerPoint as a tool for developing the digital competence in physics class Marko Gosak 1,2, Jerneja Pavlin 3 1 Faculty of Natural Sciences and Mathematics,

1. Electric circuits – materials in school practice

Some slides made by pupils:

Slika 2

I2=0,39 A U2=6,0 V

Poskus 1

Potrebščine:

Napetostni vir (6V)

3 enake žarnice

Električne žice

Ugotovitve:

Vedno več žarnic je priključenih čim slabše svetijo žarnice.

Ta vezava je zaporedna.

Če eno od žarnic odviješ vse ugasnejo.

Page 8: PowerPoint as a tool for developing the digital competence in physics class Marko Gosak 1,2, Jerneja Pavlin 3 1 Faculty of Natural Sciences and Mathematics,

1. Electric circuits – materials in school practice

Evaluation of the materials

Instruments:- pre-questionnaire and a questionnaire,- teacher’s observations and comments.

Sample:- 90 pupils from three different primary schools,- predominantly rural population, - mixed socioeconomic status.

Page 9: PowerPoint as a tool for developing the digital competence in physics class Marko Gosak 1,2, Jerneja Pavlin 3 1 Faculty of Natural Sciences and Mathematics,

1. Electric circuits – materials in school practice

Some results from the pre- and post- questionnaire:

Page 10: PowerPoint as a tool for developing the digital competence in physics class Marko Gosak 1,2, Jerneja Pavlin 3 1 Faculty of Natural Sciences and Mathematics,

1. Electric circuits – materials in school practice

Some observations from the pre- and post- questionnaire: - 52 % of pupils knew that the appropriate number of indents is till 9,

- 53 % of pupils have learned something new,- new learned things were linked to the editing of the figures and tables, general knowledge about the contents of the presentation…

Some observations from the teachers: - 80 % of pupils took into account all the suggestions for designing the slides, - the oral presentations were successfully carried out by 60 % of pupils,- problems were not a consequence of the lack of knowledge but lack of experiences with the oral presentations.

Page 11: PowerPoint as a tool for developing the digital competence in physics class Marko Gosak 1,2, Jerneja Pavlin 3 1 Faculty of Natural Sciences and Mathematics,

2. Optical phenomena in the atmosphere

Each group receives a worksheet on a different subject.

Link to additional graphical materials.

Links to web pages where additional information can be gathered.

Instructions on how to find useful information via web browsers.

MAIN IDEA – pupils are required to create PowerPoint presentations with their new findings and present them afterwards to their schoolfellows.

Page 12: PowerPoint as a tool for developing the digital competence in physics class Marko Gosak 1,2, Jerneja Pavlin 3 1 Faculty of Natural Sciences and Mathematics,

2. Optical phenomena in the atmosphere

Colours of the sky and of the Sun:

Sonce

molekula zraka

aerosol

opazovalec

Page 13: PowerPoint as a tool for developing the digital competence in physics class Marko Gosak 1,2, Jerneja Pavlin 3 1 Faculty of Natural Sciences and Mathematics,

2. Optical phenomena in the atmosphere

The rainbow:

sončna svetloba

odbita svetloba

sliko predmeta vidimo obrnjeno in pod predmetom

Refractions in the air:

Page 14: PowerPoint as a tool for developing the digital competence in physics class Marko Gosak 1,2, Jerneja Pavlin 3 1 Faculty of Natural Sciences and Mathematics,

2. Optical phenomena in the atmosphere

22°

22°

Halos: Aureola and glory:

Page 15: PowerPoint as a tool for developing the digital competence in physics class Marko Gosak 1,2, Jerneja Pavlin 3 1 Faculty of Natural Sciences and Mathematics,

2. Optical phenomena in the atmosphere – materials in school practice

Instruments:- pre-questionnaire and a questionnaire,- teacher’s observations and comments.

Teachers report:- students had difficulties by their oral presentations due to lack of experiences.

Results:- students are quite well acquainted with PowerPoint,- progress has been noticed by designing proper slides (font size, bold fonts etc.),- students prefer a lot of special effects and animations.

Sample:120 students from five different secondary schools.

Evaluation of the materials

Page 16: PowerPoint as a tool for developing the digital competence in physics class Marko Gosak 1,2, Jerneja Pavlin 3 1 Faculty of Natural Sciences and Mathematics,

Conclusion

NATIONAL PROJECT: “Development of Natural Science Competences”

Designing new educational materials.

MATERIALS: Electric circuits, Optical phenomena in the atmosphere

Fostering the development of the digital competence and several others as well.

POWERPOINT IN THE CLASSROOM:

Students:• like to handle with PP,• are quite familiar with PP,• lack of expertise on more advanced handling with PowerPoint,• lack on experience with oral presentations.

Page 17: PowerPoint as a tool for developing the digital competence in physics class Marko Gosak 1,2, Jerneja Pavlin 3 1 Faculty of Natural Sciences and Mathematics,

Thank you for your attention!