Digilin-T Innovation for Madrasah Ibtidaiyah Education: Developing Software and Hardware Agility Based on Infrared Photodiode Sensors

Abstract

Thre is of the fields of testing, measuring and evaluating sports fitness components is agility, which really needs a touch of information technology to help overcome and solve problems that arise in these developments, one of which is the development of computer software and hardware. With the existence of agility tests, measurements and evaluations, it is hoped that the agility scores obtained will be more objective because they avoid measurement errors made by testers. Based on these problems, the author formulates the problem: 1) What is the Range of Sports Agility Norms for the Student Body at PTKIN?; 2) What is the Software and Hardware Development Model for the Digital Agility-T [Digilin-T] Evaluation Test for Students at PTKIN Based on the Infrared Photodiode Sensor?; 3) How effective is the Student Agility-T [Digilin-T] product at PTKIN based on the Infrared Photodiode Sensor for Increasing Sports Agility for PTKIN Students? This research design uses a research and development design. The process that must be followed in development research goes through several stages including (1) initial needs analysis (need assessment) and gathering information; (2) Planning; (3) Product development; (4) Preparation for small group trials; (5) First product revision; (6) Field trials; (7) Second product revision; (8) Field trials; (9) Third product revision; (10) Dissemination and Implementation. The agility results in the small group trial of the ability to carry out agility tests and measurements using DigilinT were 60.00%. because the operational method is not yet user friendly and there are still many commands that are confusing. The use of Digilin-T in large group trials has improved. The use of DigilinT Software and Hardware in large group trials has shown increasingly better capabilities. This can be seen in general that the level of ability in operating DigilinT is very high. The level of ease of assembling for respondents reached 77.10%, components for turning on and operating the DigilinT were 93.13%.