Development of multiple analyzer for carbureted type gasoline engine/ Bobby A. Culler II, James Francis B. Hernaez, Mark Angelo P. Madronio, Marc joseph S. Martin, and John Jude A. Sevelleno .--

Bachelor's thesis

College of Industrial Technology .-- Bachelor of Technology major in Automotive Engineering Technology: Technological University of the Philippines, 2019.

Includes bibliographic references and index.

This study, Development of Multiple Analyzer for Carbureted Type Gasoline Engine,
aims to help the work of technicians for them to be able to be productive at any
circumstances, for better assessment and troubleshooting of the performance of
carbureted gasoline engine. Automotive Technicians take a variety of measurements
using digital and analog equipment but in this area, it focuses on analog components. The
said project is made up of tubular bar, angle bar, and flat sheet metal riveted and weld
together to form its frame or body, and composed of different materials primarily the
automotive gauges and testing tools. The installation procedure of the said equipment
was fast enough rather than the conventional one; lessen time exerted, it is around 4
minutes and 59 seconds using conventional testing materials to 2 minutes and 33 seconds
using the equipment. The project has been evaluated by 20 respondents from different
service centers and the overall result was 4.73 which translate to highly acceptable based
on the numerical scale and its interpretation. The evaluation process is based on the
following: Functionality, Durability, Safety, Economy, and Workability. The study
proposes that the usage of the equipment is advantageous rather than the conventional
testing material. This process may lead to productivity enhancement for every technician.
However, further research is required to make this process industrially viable.