CSU-Carig
Quintinita, Victor I., author.
Design and development of bamboo drawing tube Schizostachyum Lumampao / Victor I. Quintinita, Kith Daniel P. Oliviano, Cheska R. Felimon, Christian B. Purugganan, Nicoll H. Peñafiel, Christian Jun A. Cartagena, Althea Glate B. Butay - ©2024. - viii, 46 pages; 28 cm.
APPROVAL SHEET
ACKNOWLEDGEMENT
DEDICATION
TABLE OF CONTENTS
ABSTRACT
Chapter
1.THE PROBLEM AND ITS BACKGROUND
Introduction
Objective of the Study Statement of the Problem
Research Hypothesis
Scope and Delimitation Conceptual Framework
Significance of the Study
Definition of Terms
2.REVIEW OF RELATED LITERATURE AND STUDIES
Related Literature and Studies
3.RESEARCH METHODOLOGY
Bill of Materials
Process
Research Materials
Testing and Operating Procedure
Research Design
Research Instrument
Respondents of the Study Data Gathering Procedure
Statistical Treatment of Data
4.RESULTS AND DISCUSSIONS
Discussion of Findings
5.SUMMARY OF FINDINGS, CONCLUSIONS, AND RECOMMENDATIONS
Summary of Findings
Conclusions and Recommendations
References
Appendix-A Letter to the College Dean
Appendix-B Questionnaire
Curriculum Vitae
In response to the increasing international pressure to eliminate plastic use due to its harmful environmental effects, this study investigates the potential of bamboo, specifically "Schizostachyum lumampao," as a sustainable alternative for creating drawing tubes. Plastic pollution, which negatively impacts marine and human health and clogs waste systems, has led to over 130 countries implementing bans or restrictions on plastic products. Bamboo, with its rapid growth, strength, and biodegradability, offers a promising substitute. This research focuses on the design and development of a bamboo drawing tube, aiming to provide a durable, aesthetically pleasing, and practical solution for architectural drafting students. The study examines the traditional and modern applications of bamboo, highlighting its advantages over plastic, including its low carbon footprint and composability. The research also explores the specific characteristic of "Schizostachyum lumampao," an economically important bamboo species in the Philippines, which is used extensively but often unregulated. Through this study, we aim to provide insights into the design considerations necessary for creating a functional and protective bamboo drawing tube, evaluating its performance compared to traditional plastic and cardboard alternatives.
Furthermore, the study assesses the impact of bamboo utilization on local economies and the environment, supported by government initiatives such as the DENR, which encourages bamboo cultivation and provides incentives for bamboo processing enterprises. The findings suggest that bamboo drawing tubes not only meet the practical needs of drafting students but also contribute to sustainable development and environmental conservation. This research supports the broader adoption of bamboo products as viable alternatives to plastic, promoting a shift towards more eco-friendly and sustainable materials. Subject to observatory evaluation and functionality of the developed bamboo
drawing tube in terms of aesthetic, functionality and durability, a survey method was used, with professors/instructors to evaluate the product's functionality. Two treatments were used which is the natural curing and chemical curing overall the evaluation shows that chemical curing is the acceptable treatment for the development of bamboo drawing tube in terms of aesthetic, functionality, and durability.
Draft 0015 / 2024 c.1
Design and development of bamboo drawing tube Schizostachyum Lumampao / Victor I. Quintinita, Kith Daniel P. Oliviano, Cheska R. Felimon, Christian B. Purugganan, Nicoll H. Peñafiel, Christian Jun A. Cartagena, Althea Glate B. Butay - ©2024. - viii, 46 pages; 28 cm.
APPROVAL SHEET
ACKNOWLEDGEMENT
DEDICATION
TABLE OF CONTENTS
ABSTRACT
Chapter
1.THE PROBLEM AND ITS BACKGROUND
Introduction
Objective of the Study Statement of the Problem
Research Hypothesis
Scope and Delimitation Conceptual Framework
Significance of the Study
Definition of Terms
2.REVIEW OF RELATED LITERATURE AND STUDIES
Related Literature and Studies
3.RESEARCH METHODOLOGY
Bill of Materials
Process
Research Materials
Testing and Operating Procedure
Research Design
Research Instrument
Respondents of the Study Data Gathering Procedure
Statistical Treatment of Data
4.RESULTS AND DISCUSSIONS
Discussion of Findings
5.SUMMARY OF FINDINGS, CONCLUSIONS, AND RECOMMENDATIONS
Summary of Findings
Conclusions and Recommendations
References
Appendix-A Letter to the College Dean
Appendix-B Questionnaire
Curriculum Vitae
In response to the increasing international pressure to eliminate plastic use due to its harmful environmental effects, this study investigates the potential of bamboo, specifically "Schizostachyum lumampao," as a sustainable alternative for creating drawing tubes. Plastic pollution, which negatively impacts marine and human health and clogs waste systems, has led to over 130 countries implementing bans or restrictions on plastic products. Bamboo, with its rapid growth, strength, and biodegradability, offers a promising substitute. This research focuses on the design and development of a bamboo drawing tube, aiming to provide a durable, aesthetically pleasing, and practical solution for architectural drafting students. The study examines the traditional and modern applications of bamboo, highlighting its advantages over plastic, including its low carbon footprint and composability. The research also explores the specific characteristic of "Schizostachyum lumampao," an economically important bamboo species in the Philippines, which is used extensively but often unregulated. Through this study, we aim to provide insights into the design considerations necessary for creating a functional and protective bamboo drawing tube, evaluating its performance compared to traditional plastic and cardboard alternatives.
Furthermore, the study assesses the impact of bamboo utilization on local economies and the environment, supported by government initiatives such as the DENR, which encourages bamboo cultivation and provides incentives for bamboo processing enterprises. The findings suggest that bamboo drawing tubes not only meet the practical needs of drafting students but also contribute to sustainable development and environmental conservation. This research supports the broader adoption of bamboo products as viable alternatives to plastic, promoting a shift towards more eco-friendly and sustainable materials. Subject to observatory evaluation and functionality of the developed bamboo
drawing tube in terms of aesthetic, functionality and durability, a survey method was used, with professors/instructors to evaluate the product's functionality. Two treatments were used which is the natural curing and chemical curing overall the evaluation shows that chemical curing is the acceptable treatment for the development of bamboo drawing tube in terms of aesthetic, functionality, and durability.
Draft 0015 / 2024 c.1