DIFFERENT EDUCATIONAL BACKGROUND Csilla Flp, Madch Imre Gimnzium, - - PowerPoint PPT Presentation

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DIFFERENT EDUCATIONAL BACKGROUND Csilla Flp, Madch Imre Gimnzium, - - PowerPoint PPT Presentation

FLUID DYNAMICS KNOWLEDGE COMPARISON OF STUDENTS WITH DIFFERENT EDUCATIONAL BACKGROUND Csilla Flp, Madch Imre Gimnzium, Budapest Zsuzsa Srkzi, Babe -Bolyai University, Cluj-Napoca Alpr Vrs, Liceul Teoretic Apczai, Cluj -Napoca


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SLIDE 1

FLUID DYNAMICS KNOWLEDGE COMPARISON OF STUDENTS WITH DIFFERENT EDUCATIONAL BACKGROUND

Csilla Fülöp, Madách Imre Gimnázium, Budapest Zsuzsa Sárközi, Babeș-Bolyai University, Cluj-Napoca Alpár Vörös, Liceul Teoretic Apáczai, Cluj-Napoca

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SLIDE 2

STEM in crisis

 2015, Obama:

“(Science) is more than a school subject, (...). It is an approach to the world, a critical way to understand and explore and engage in the world, and then have the capacity to change that world.”

 The Bureau of Labor Statistics, 2015

“STEM in crisis or STEM surplus? Yes and yes.” We learn from the study about employment: the academic sector is generally oversupplied, while the government sector and private industry have shortages

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SLIDE 3

Fluid (dynamic)s in secondary curricula

 Romania:

  • no phenomena or concepts are listed

 Hungary:

  • present from 2018
  • 8 lessons total, other simple concepts are set in this topic

L1 pressure L2 hydrostatic p, Pascal’s law L3 Archimedes law L4 aerostatic pressure L5 surface tension, viscosity L6 continuity, Bernoulli’s law L7 drag, revision L8 test or evaluation

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SLIDE 4

Introducing STEAM

 A for Art, Skills and Creativity  history, music, ballet, fine art, literature,

nursery rhymes, jokes, song, etc

 Prof H. Salmi, Helsinki 2018

How creativity, autonomy and visual reasoning contribute to cognitive learning in a STEAM hands-on inquiry-based math module

 Prof P

. C. S. Taylor, Australia 2017 Enriching STEM with the arts to better prepare 21st century citizens

 MIG projects: Artpieces of gravity,

Retiring the Grand Kilo

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SLIDE 5

Room escape games

 popular free-time activities  effective tools in team building  focus on co-operation and engagement in the activity  use flow (Csíkszentmihályi)  activate the amygdala („emotional brain”)  2011 Moether: effective tools of methodology  Story:12% scientific, 30% scientific elements  8% for teaching purposes  „in-situ” tasks and hands-on, minds-on experiments

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SLIDE 6

Introducing the groups

Budapest, Hungary Madách Imre Gimnázium Cluj Napoca, Romania Liceul Teoretic Apáczai Grade 9, 24 pupils Mixed interest Grade 9, 27 pupils Mixed interest Grade 11, 22 pupils Special interest on physics or chemistry Grade 11, 27 pupils Special interest on science Grade 11, 13 pupils Special interest on history Grade 11, 21 pupils Special interest on arts

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SLIDE 7

Our room escape game on fluids

Greek story: need to cross rivers to reach the goal step title task 1 Who was Daniel? crossword, net for info, on everyday pnenomena on pressure 2 The submarine the Cartesian diver, cultural history, info from net 3 Vortices by NASA and in the Lab using the net info on Kármán, making estimates (direct prop.) 4 Heron fountain hands-on task, simple math

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SLIDE 8

Implementing „Quizizz”

 The advantages of online testing:

  • you give a link and a code of 6 digits
  • anywhere,
  • any time,
  • motivating for young adults,
  • quick results and statistics for the teacher

 3 aspects of competence

  • (recalling or) recognizing information
  • scientific thinking
  • attitude
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SLIDE 9

Recalling information (%)

No Q 9A 9M 11Aa 11Ma 11As 11Ms A M 6 93 63 78 50 86 54 86 56 7 63 46 59 45 86 85 69 59 9 52 50 56 82 100 77 69 70 10 70 77 78 77 95 92 81 82 12 52 58 67 59 100 100 73 72 66 59 68 63 93 82 76 68

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SLIDE 10

Scientific thinking (%)

No Q 9A 9M 11Aa 11Ma 11As 11Ms A M 1 52 50 48 55 71 92 57 66 2 44 42 52 59 57 54 51 52 3 70 58 37 45 57 77 55 60 4 56 45 56 50 76 92 63 62 5 56 50 52 59 71 69 60 59 8 56 58 63 45 86 85 68 63 56 51 51 52 70 78 59 60

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SLIDE 11

Evaluating Q11 (p/%)

 Which phenomena are related to Kármán vortices?

  • hydrosatic press
  • aerodynamics of vehicles
  • Tacoma bridge collapse
  • flying of flags

 Each good answer is 1 point, each bad is -1point for the group

No Q 9A 9M 11Aa 11Ma 11As 11Ms A M 11 11/ 41 12/ 50 13/ 48 11/ 50 39/ 186 19/ 146 92 82

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SLIDE 12

Students’ opinion on the activity

G9 G11 art G11 sci Ave. Apáczai, Ro 4.41 4.18 4.73 4.41 Madách, H 3.92 3.86 4.23 3.97 4.18 4.04 4.53 4.22

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SLIDE 13

From the unstructured feedback…

 As teachers we kept in touch with the pupils.  Some ideas from what they shared:

  • Shortage of time
  • To open safe first in my life
  • Loose connection between task and code
  • More teams sqeezed into the room, not enough space
  • The very spot of the game
  • A possibility to fidget around the laboratory 
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SLIDE 14

Our teenagers….

  • Without useing the net there was no chance to escape
  • A pressure to use the internet ( teenagers)
  • The diver experiment
  • A crossword on physics – mind-blowing, really!
  • The moderator was helping and kind
  • The moderator seemed too bright and frightening

Next time we need to study deeper e.g. with unstructured interviews

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SLIDE 15

Thank you for your attention

Please, feel free to comment or ask….

This study was funded by the Content Pedagogy Research Program of the Hungarian Academy of Sciences.