Hermawan (2011) claimed that listening skills
can be achieved by continuous training in listening to
the differences in the sound of words (phonemes)
with other elements according to the correct letters,
either directly from the native speakers (al-nathiq al-
ashli) or through recording. The planned Course
Learning Outcomes (CLO) are: 1) able to link
linguistic signs with paralinguistic signs (intonation,
pause, and pressure); 2) able to identify sounds, and;
3) able to connect the listening conversation with
knowledge and experience.
Based on the Course Learning Outcomes, the
learning outcomes in terms of knowledge include: 1)
know articulation/letter sounds in Arabic; 2) know the
length of the letter sounds in Arabic; 3) understand
intonation, pause, and pressure in Arabic; 4)
understand the order of information, imagine the
situation (place & time) and the situation in the
material; 5) understand the purpose and direction of
conversation. Learning outcomes in terms of skills
include: 1) able to imitate with clear articulation; 2)
able to connect linguistic signs with paralinguistic
signs (intonation, pause, and pressure); 3) able to
practice communication with friends.
3.3 Development of the Learning
Process
The scientific model has several characteristics: 1)
Objectives, learning is always carried out on certain
objects; 2) Factual, learning based on facts and real
phenomena and can be justified; 3) Systematic,
learning according to the learning phase; 4) Method,
learning is carried out with methods that have been
tested for effectiveness; 5) Be careful; 6) Logical,
meaning learning is done by raising things that make
sense; 7) Actually, learning always involves the
context of today's life as a source of meaningful
learning; 8) interested, learning is done without
partiality of students; 9) argues, learning is not done
by growing opinions accompanied by evidence; and
10) Verification, student learning outcomes can be
verified and confirmed (Abidin, 2014).
The scientific learning model starts with student
observation on the material being listened to.
followed by the process of reasoning, asking
questions, conducting experiments by following
examples of how native speakers communicate, and
concluding subjects. In the implementation of
scientific learning, there are several components of
the learning process, including 1) observing; 2)
asking questions; 3) reasoning; 4) do experiments; 5)
connect/conclude; 6) communicate. The stages of
learning activities carried out in scientific learning do
not have to follow rigid procedures, but can be
adapted to the knowledge they want to learn (Sani,
2014).
The Istima learning process is based on the
syllabus developed, the material used is varied, not
just audial material. Each material can be tailored to
the needs of students, for example, to present native
speakers or use audiovisual material. With this
material students not only listen to the ways of
communicating but also see the elements outside of
language and cultural elements at once.
Learning with the integration of scientific
activities is an activity of inquiry, the process of
thinking to understand something is done by asking
questions. In applying scientific learning, in addition
to inquiry-based activities, it can also be done with
discovery learning, which is skill-based learning that
emphasizes the ability of students to find knowledge.
for example students are welcome to listen to Arabic
from whatever source they want to listen. The
discovery of this knowledge is based on learning
experience, everyday experience, applicable laws, the
principles used, so as to provide an opportunity for
the development of learners’ thinking skills.
4 DISCUSSION
Scientific learning models guide students in solving
problems through careful planning, defining learning
resources, observing, analyzing to produce inferences
about what they are listening to. In carrying out this
activity, students are built on their sensitivity to a
phenomenon, dare to ask questions, are careful in
collecting data, are able to draw conclusions in
response to the questions they ask (Abidin, 2014). In
Barringer's view, it is argued that scientific learning
is a study that guides students to think systematically,
critically and creatively. Students are guided to
conduct research activities and develop knowledge
concepts (Sani, 2014).
Based on some of the above points, it can be
concluded that scientific learning not only views
learning as a final step, but that learning is viewed as
very important. in the process of finding knowledge
rather than transferring knowledge, students are
viewed as subjects of learning that need to be actively
involved in the learning process, the teacher is merely
a facilitator who guides and coordinates the learning
activities. In this model, students are encouraged to
undertake the process of seeking knowledge of the
subject through a variety of scientific process
activities as scientists conduct scientific research, and
Arabic Listening Skills Syllabus for Scientific Learning: Research and Development
527