Sensor Based Temperature Conditioning Using Water

Table of Contents

1. Chapter 1. THE PROBLEM AND ITS SCOPE

1.1 Rationale

1.2 Theoretical Background

1.3 Statement of the Problem

1.4 Significance of the Study

1.5 Scope and Limitations

1.6 Definition of Terms

2. Chapter 2. REVIEW OF RELATED STUDIES AND LITERATURES

2.1 Related Literature

2.2 Related Studies

3. Chapter 3. RESEARCH METHODOLOGY

3.1 Research Method

3.2 Research Design

3.3 Flow of the Study

3.4 Research Environment

3.5 Research Respondents

3.6 Research Instruments

3.7 Preliminary Procedures

3.8 Dry Run Procedures

3.9 Data Gathering

3.10 Data Collection

3.11 Statistical Treatment

4. Chapter 4. RESULTS AND DISCUSSIONS

4.1 Prior Arts of Sensor Based Temperature Conditioning Using Water Sprinkler System

4.2 Level of Effectiveness of Sensor Based Temperature Conditioning Using Water Sprinklers for small Scale Piggery Farm

4.2.1 Design

4.2.2 Features

4.2.3 Functions

4.2.4 Cost

4.3 Summary of the Level of Effectiveness of Sensor Based Temperature Conditioning Using Water Sprinklers for Small Scale Piggery Farm

4.4 Summary of the Level of Acceptability of Sensor Based Temperature Conditioning Using Water Sprinklers for small Scale Piggery Farm

5. Chapter 5. SUMMARY OF FINDINGS, CONCLUSION AND RECOMMENDATIONS

5.1 Summary

5.2 Findings

5.3 Conclusion

5.4 Recommendations

6. Chapter 6. OUTPUT OF THE STUDY

6.1 Rationale

6.2 Objectives

7. User's Guide

7.1 Purpose of the User Guide

7.2 Functionalities

7.3 Interface Layout

Research Objectives and Core Themes

The primary objective of this study is to innovate and evaluate a sensor-based temperature conditioning system using water sprinklers specifically tailored for small-scale piggery farms. The research aims to address the critical issue of heat stress in pigs by automating environmental regulation to ensure optimal health, productivity, and welfare.

• The integration of IoT and sensor technology for automated environmental control.
• Evaluation of system effectiveness in managing pig house temperatures.
• Assessment of user acceptability, perceived usefulness, and ease of operation among stakeholders.
• Development of a sustainable and cost-effective maintenance program for small-scale piggeries.
• Alignment with agricultural productivity goals and sustainable development criteria.

Excerpt from the Book

Summary of Chapters

Chapter 1. THE PROBLEM AND ITS SCOPE: This chapter introduces the study's rationale, emphasizing the impact of heat stress on pig health, and outlines the research objectives and scope.

Chapter 2. REVIEW OF RELATED STUDIES AND LITERATURES: This section examines existing research on IoT, sensor-based technologies, and automated irrigation practices in livestock farming to contextualize the current study.

Chapter 3. RESEARCH METHODOLOGY: This chapter details the descriptive and quantitative methods used to collect and analyze data from experts and non-expert stakeholders.

Chapter 4. RESULTS AND DISCUSSIONS: This section presents findings on the effectiveness and acceptability of the sensor-based sprinkler system, supported by statistical analysis of respondent feedback.

Chapter 5. SUMMARY OF FINDINGS, CONCLUSION AND RECOMMENDATIONS: This chapter synthesizes the research results and provides actionable recommendations to improve the system's efficiency and practical implementation.

Chapter 6. OUTPUT OF THE STUDY: This final chapter presents the practical system design and the user's guide developed to assist farmers in operating the sensor-based equipment.

Keywords

Sensor-based, Temperature Conditioning, Water Sprinklers, Small-scale Piggery, Mixed-methods Approach, Usability, Effectiveness, Product Acceptability, IoT, Agricultural Technology, Animal Welfare, Heat Stress, Automation, Farm Management, Sustainability.

Frequently Asked Questions

What is the primary objective of this research?

The study aims to design, create, and evaluate a sensor-based temperature conditioning system using water sprinklers for small-scale piggery farms to mitigate heat stress and improve animal welfare.

What are the central themes of this work?

The core themes include precision agriculture, automated environmental control, user technology acceptance (TAM/UTAUT theories), and sustainable management practices for agricultural operations.

Which scientific methodology is utilized?

The research employs a quantitative and descriptive research method, utilizing survey questionnaires based on a Likert scale to gather data from expert and non-expert stakeholders.

What is the target environment for this technology?

The system is specifically designed for integration into small-scale piggery farms, particularly those at the Cebu Technological University-Tuburan Campus.

How is the system's performance measured?

Performance is measured using a 5-point Likert scale across four dimensions: design, features, functions, and cost, alongside behavioral intention to use and actual usage metrics.

Which technologies are used in the hardware setup?

The hardware utilizes an ESP32 microcontroller, DHT22 temperature and humidity sensor, relay module, and a water pump controlled via a web interface.

What role does the user's guide play?

The user's guide provides technical instructions for installation, operation, and maintenance, ensuring users can maximize the system's effectiveness and address common troubleshooting scenarios.

Does the system address economic factors?

Yes, the study evaluates the system's cost-effectiveness, highlighting benefits such as reduced water waste, utility cost savings, and improved feed conversion rates which drive productivity.