PENINGKATAN
KEMAMPUAN KONEKSI DAN BERPIKIR KREATIF MATEMATIS SISWA MELALUI MODEL DISCOVERY LEARNING DAN PENDEKATAN SCIENCE
TECHNOLOGI ENGINEERING MATHEMATIC (STEM) DITINJAU DARI
TINGKAT KETANGGUHAN BELAJAR
Yulia Nursari1, R. Poppy Yaniawati 2, Bana G Kartasasmita 3
1 Prodi Magister Pendidikan Matematika Universitas Pasundan, 2 3 Universitas Pasundan
Email: 1 nursariyulia@yahoo.com
ABSTRACT
Yulia
Nursari, 2019. Increasing the Connection Ability and Creative Mathematical
Thinking of Students Through Discovery Learning Models and Science Technological
Engineering Mathematical Approaches (STEM) in terms of Learning Resilience
Level.
The
purpose of this study is to examine the improvement of connection skills and
mathematical creative thinking of students who obtain learning with the
Discovery Learning model and the Science Technology Engineering Mathematic
(STEM) approach in terms of the level of learning toughness.The method used in
this study is a mix method of embedded design type which is implemented in
class VIII of SMP Negeri 9 Bandung. The
subjects chosen were class VIII-6 using the expository method, class VIII-7
used the Discovery Learning model with the Science Technology Engineering
Mathematic approach, class VIII-8 used the Discovery Learning model. The
instruments used in the study are: connection ability tests and mathematical
creative thinking abilities tests, study resilience questionnaires, observation
sheets and interviews. Research results obtained: 1) the toughness of learning
possessed by students in learning mathematics in all three classes is in the
sufficient category. The resilience of
student learning develops through discovery learning and discovery learning
with STEM-PjBL.; 2)
there is a difference in the increase in students' mathematical creative
thinking and creative thinking abilities, between students who obtain the
Discovery Learning model, Discovery Learning with STEM-PjBL, and expository in
terms of high, medium, and low levels of learning toughness; 3) Increasing the mathematical
connection ability of students who obtain the Discovery Learning model with
STEM-PjBL is no better than students who obtain the Discovery Learning model; 4) Increasing the mathematical
connection ability of students who obtain the Discovery Learning model with
STEM-PjBL is better than students who obtain expository methods in the medium
and low learning toughness groups; 5)
Increasing the mathematical connection ability of students who get the
Discovery Learning model of high and medium learning toughness groups is better
than students who get the medium and low learning toughness expository methods; 6) Increasing the mathematical creative
thinking ability of students who get the learning model Discovery Learning with
STEM-PjBL is no better than students who obtain the Discovery Learning model in
terms of high, medium, and low learning toughness; 7)
Increasing students' mathematical creative thinking abilities in the Discovery
Learning class with STEM-PjBL is better than the medium and low groups in
expository classes; 8)
Increasing the ability to think creatively in Discovery Learning classes is
better than moderate and low groups in expository classes; 9) there is a positive correlation
between mathematical connection skills and students' mathematical creative
thinking abilities, in the Discovery Learning class, the Discovery Learning
class with the STEM-PjBL or the expository class.
Keywords:
Discovery Learning, Science Technology Engineering Mathematic (STEM) Approach,
Mathematical Connection Ability, Mathematical Creative Thinking Ability,
Learning Resilience
2 Komentar
Kerrrreennn .... Hatur nuhun bu sangat bermanfaat sekali ... 👍👍
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