Assessing the feasibility and acceptability of a modified T-Square device for construction technology: a study on technology adoption

This study aimed to assess the acceptability and effectiveness of a modified T-Square device for construction technology at Cebu Technological University- Pinamungajan Campus, Pinamungajan Cebu, during the academic year 2018-2019. The device was evaluated based on its effectiveness, functionality, and safety for construction workers, civil technology students, and professors. A quasi-experimental method, particularly survey research, was used to gather data from 50 construction workers, 50 civil technology students, and 10 civil technology professors in Pinamungajan, Cebu. The gathered data were analyzed using total weighted points, weighted mean, and t-test. The findings of the study indicate that the modified T-Square device meets the National Building Code of the Philippines standards and is highly acceptable in terms of its effectiveness, functionality, and safety. Based on the results, it is recommended that the device be adopted for use in construction technology. This study provides valuable insights into the acceptability of the modified T-Square device for construction technology and highlights the importance of evaluating new technologies in the field

Technology adoption of enhanced manual on fire safety and protection management

The study was conducted at Cebu Technological University Pinamungajan Extension Campus, Cebu, in order to Implement Fire Safety Management Procedure and determine its acceptability and effectiveness of the Technology Adoption of Enhanced Manual on Fire Safety and Protection Management during academic year 2019-2020. The Fire Safety and Protection Management Manual for School Maintenance was evaluated on the acceptability of its Effectiveness, Awareness, Safety and Health. Quasi-experiment method particularly survey research was employed on this study. Questionnaires were given to 10 professors/instructors and 180 students, 30 Faculty, 15 Fire Brigade Personnel, 15 Admin Personnel and 15 Safety Maintenance Personnel in Danao City, Cebu for evaluation. Gathered data were treated using total weighted points, weighted mean, and t-test. Based on the findings and after a careful analysis and interpretation of the study, it is concluded that the Technology Adoption of Enhanced Manual on Fire Safety and Protection Management meets the fire safety standards for school campuses. It was found out that the Technology Adoption of Enhanced Manual on Fire Safety and Protection Management Manual was highly acceptable in terms of acceptability of its Effectiveness, Awareness, Safety and Health. It is recommended that the Fire Safety Management Manual be adopted and practice for safety of the end users

The imperative usage of an innovated Biscuit-Shaped Tenon Groove Machine towards Technology Model for interior design technology program in technical education

This study was conducted in order to create and effectively use an Innovated Biscuit-Shaped Tenon Groove Machine towards Technology Model for Interior Design technology program in Technical education so that the creative learners could use it to support instruction in school, the study was conducted at Cebu Technological University- Pinamungajan Campus, Pinamungajan, Cebu. The output of this study was regarded as an alternative technology tool of CTU- Pinamungajan Campus, Pinamungajan, Cebu where the study is being done. This study used quasi-experimental techniques, specifically survey research. 90 students and 5 professors/instructors were given questionnaires to complete for evaluation. Weighted mean and t-test were used to analyze the collected data. Based on the results and following a careful analysis, it is concluded that Innovative Biscuit-Shaped Tenon Groove Machine meets campus needs and standards

The technological innovation of wood lamination: a hydraulic “A” metal frame structure for educational design and purpose

This study aimed to develop and assess its acceptability and effectiveness of Technological Innovated Wood Lamination: A Hydraulic “A” Metal Structure for Educational Design and Purpose at Cebu Technological University- Pinamungajan Campus in Pinamungajan, Cebu, Philippines. The research utilized a quasi-experimental approach with a survey research design, where questionnaires were distributed to 40 BIT-IDT students, 10 MAVED students, and 10 instructors for evaluation. The data gathered were analyzed using total weighted points, weighted mean, and t-test. The study concluded that the Technological Innovated Wood Lamination: A Hydraulic “A” Metal Structure for Technology Instruction met the standards and performed each function accurately and effectively in construction instruction. The design, ergonomics, and safety features were highly acceptable, according to the survey responses. The study recommends the adoption and implementation of the Technological Innovated Wood Lamination: A Hydraulic “A” Metal Structure for Educational Design and Purpose. Furthermore, the study suggests the use of the User’s Manual to ensure the safety of the end-users. Overall, this study highlights the potential of the Technological Innovated Wood Lamination technology in enhancing construction technology instruction and promoting safety in the construction industry

Acceptability testing and development of a novel wood lathe balanced rest

The utility model discussed in this study discloses a wood lathe balancing rest that is advantageous in terms of design, ergonomics, and functions. The study aimed to fabricate a safety device for the wood lathe machine to prevent kickback and slow down vibration from the workpiece attached to the lathe machine to avoid the vibration of the workpiece and to avoid an accident to the operator and to avoid damage of the materials. The utility model is planned not exclusively to spare time yet also for the wellbeing of the laborers amid activity. It is designed to hold the workpiece when turning and control the vibration, it can be mounted on the bed of the lathe near the center of the turning planetary

Acceptability testing and development of a novel wood lathe balanced rest

The utility model discussed in this study discloses a wood lathe balancing rest that is advantageous in terms of design, ergonomics, and functions. The study aimed to fabricate a safety device for the wood lathe machine to prevent kickback and slow down vibration from the workpiece attached to the lathe machine to avoid the vibration of the workpiece and to avoid an accident to the operator and to avoid damage of the materials. The utility model is planned not exclusively to spare time yet also for the wellbeing of the laborers amid activity. It is designed to hold the workpiece when turning and control the vibration, it can be mounted on the bed of the lathe near the center of the turning planetary