Thesis Bachelor of Technology Major in Automotive Technology University of Rizal System-Morong 2023

This study aimed to develop a dynamic crane as an output to provide more efficient, innovative and safer crane that can be used in automotive repair and services. The study designed and developed a dynamic crane that identifies the major technical components. The study also performed try out and revision. The study tested the level of acceptability of the developed dynamic crane and existing crane in terms of functionality, safety and maintainability, and usability The significant difference of two project were also tested as evaluated by the respondents. The researchers utilized the developmental and descriptive methods in this study The developed dynamic crane and existing crane were evaluated by the group of respondents including five (5) professors in the Automotive department, ten (10) Automotive students, and ten (10) Automotive Professionals. A total of 25 respondents randomly chosen as evaluators of this study. The designs of the developed Dynamic Crane were collected ideas from the internet, books, and related studies. Some defects were found out and gave a corresponding solution, that made the developed Dynamic Crane more convenient to use. Based on the results, it was found out that the Developed Dynamic Crane is "Extremely Acceptable," while the Existing Crane is "Less Acceptable," in terms of different variables, as evaluated by the respondents In functionality, Developed Dynamic Crane obtained "Extremely Functional" In safety and maintainability, the project obtained "Extremely Safe, and Maintainable." In usability, the project obtained "Extremely Usable It was also found out that there was significant difference on the level of acceptability between Developed Dynamic Crane and Existing Crane, in terms of functionality, safety and maintainability, and usability The researchers concluded that the developed dynamic crane is compact insize, with ease of transportation and setup, and increased mobility compared to existing cranes. Despite their smaller size, dynamic crane is still capable of lifting and moving heavy loads, making them a useful tool in various industries. Dynamic crane offers a number of benefits, including portability, ease of use, and mobility making them a useful tool for many different industries. However, it's important to carefully consider factors such as load capacity, functionality, and safety when choosing the right crane for a particular job. Among recommendations are as follows: to make foldable cranes more suitable for heavy-duty applications, engineers could focus on increasing their load capacity while still maintaining a compact size. Adding more advanced safety features, such as load monitoring systems and redundant control systems, could help ensure safe and secure crane operation. Improving the energy efficiency of dynamic cranes could help reduce operating costs and increase the sustainability of crane operations. Making the user interface of foldable and dynamic cranes more user-friendly and intuitive could help reduce training time and increase productivity. Improving the ease of maintenance for foldable and dynamic cranes could help reduce downtime and increase the lifespan of these machines.