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VOL. 9, ISSUE 1 (2024)
Development of an arduino uno-based on-board diagnostic II trainer for gasoline electronic fuel injection system
Authors
John Huss E Tongco, Arnelo D Naelga
Abstract
This study aimed to examine the usability and
cost-benefit analysis of an Arduino Uno-based On-Board Diagnostic II (OBD II)
Trainer for Gasoline Electronic Fuel Injection (EFI) System in automotive
technology. The study focused on evaluating the trainer's functionality, ease
of use, interface design, reliability, maintainability, safety, flexibility,
and acceptability. The 20 academic and industrial experts answered a series of
evaluation sheets that was adapted from Cardino and Namoco (2016) [8].
The data obtained from product testing to evaluation were analyzed using
descriptive analysis. The study specifically concentrated on creating an OBD-II
trainer that could be utilized for teaching and learning in the automotive
classroom, as well as, to discover and understand the pros about gasoline
electronic fuel injection electronic management systems using a local area
network. The findings of this study revealed that Arduino Uno-based On-Board
Diagnostic II (OBD II) Trainer for Gasoline Electronic Fuel Injection (EFI)
System in automotive technology could be considered as a possible method for teaching
automotive technology students. Furthermore, the comprehensive cost-benefit
analysis of the study showed the OBD Trainer as a sound investment for the
organization. The cost-benefit analysis weighed the initial and ongoing cost
against the potential efficiency gains, cost savings, and other benefits
associated with having an OBD Trainer. Together with this, the OBD Trainer was
found to be significant for skill development and staying current with
advancements in automotive technology. It provided a platform for hands-on
learning, making it an essential tool for anyone involved in automotive
diagnostics and repair.
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Pages:75-81
How to cite this article:
John Huss E Tongco, Arnelo D Naelga "Development of an arduino uno-based on-board diagnostic II trainer for gasoline electronic fuel injection system". International Journal of Multidisciplinary Education and Research, Vol 9, Issue 1, 2024, Pages 75-81
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