A Study on Implementing Gizduino as an Effective Humidity and Temperature Sensor

Abstract

Humidity and temperature sensors are essential in ensuring products are stored under controlled conditions to prolong shelf life. In this study, the researchers discussed the design, prototyping, and testing of a Gizduino microcontroller as a humidity and temperature sensor. The accuracy of the product was proven by comparing the measurements from the Gizduino Sensor to an actual thermometer and hygrometer. Based upon the t-test analysis, the group concluded that the difference between the data gathered from both devices was insignificant therefore, the Gizduino sensor can be used as an effective humidity and temperature sensor. Moreover, the group also conducted an online survey with 201 participants to identify the factors that could influence consumers' intention to use the product. A Structural Equation Modeling (SEM) was used to analyze the data and determine the relationship between the factors involved. Results showed that consumers are most likely to use devices that are user-friendly or easy to operate. It also showed that their perception of the product influences their attitude or intention towards using it. They prefer devices that are efficient and in line with the present technology. In this way, they would also recommend these products to other owners who might find them useful. The study could be beneficial to owners or entrepreneurs who plan to invest in low-cost but accurate temperature and humidity sensors.