Page 70 - Conference Book The 3rd IConVET "Future of TVET Graduates: Developing Talent for Industry 4.0 and The New Normal"

The 3 International Conference
rd
on Vocational Education and Technology (IConVET)
Universitas Pendidikan Ganesha - Bali | 7 November, 2020
th
A FEASIBILITY STUDY OF SENSOR AND
TRANSDUCER TRAINERS AS A LEARNING MEDIA
FOR ELECTRONICS ENGINEERING STUDENTS

Purnamawati ,Muhammad Akil , Nuridayanti 3
2
*1

2,3
1 Department of Electronics Engineering Education, Department of
Mechatronics Engineering Education, Universitas Negeri Makassar,
Indonesia

E-mail: purnamawati@unm.ac.id, muhammadakil@unm.ac.id,
1
2
3 nuridayanti@unm.ac.id

Abstract. The aims of this research is to determine the feasibility of sensor
and transducer trainer as a learning media which is applied to Electronics
Engineering students of FT UNM. The feasibility indicators used in this
study are divided into 3, namely feasible in terms of material, media, and
responses from the students as users of this media trainers. The method
applied in this research is Research and Development (R&D) by developing
a sensor and transducer trainer. The data analysis technique that used is
descriptive statistical analysis. The instrument used in this study was a
questionnaire with targeting 4 lecturers as a media and material experts,
while there are 27 students as a respondent. The assessment results from the
material expert validator are obtained an average value of the feasibility
percentage of 97%, while the assessment of the media expert received an
average value of 96%. Based on this assessment, the media trainer is worthy
of both the content of the material and its performance. Meanwhile, the value
of student responses to the use of trainers after being tested reached 84%
with a very good category. The results of the feasibility test generally show
that this trainer can be used in practical learning in the sensor and transducer
course. This trainer can be developed with the addition of IoT (Internet of
Things) technology to perform remote monitoring and control systems.

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