Web-based electronic strategic performance management system of CSPC version 2.0 /
Fabricante, Merelyn B.
Web-based electronic strategic performance management system of CSPC version 2.0 / Merelyn B. Fabricante, Resty Joshua U. Florendo, and Harlene T. Otares. - 184 leaves.
Undergraduate Thesis (BSIT) - Information Technology
Includes bibliographic references.
In today's generation there are many organizations, universities used paper-based processing, including performance management of every institution. With the proposed study Web-Based Electronic Strategic Performance Management System Version 2.0 provide an improvement platform of head of the offices, Administrator, PMTs, and employees to help and achieve their strategic objectives. Generally, this study developed to improve the existing ESPMS and provide a web-based platform for the management both OPCR and IPCR, this study conducted to test the application security of developed system. This study utilized Extreme Programming for Software Development Methodology, the quantitative and qualitative research design emphasized on the objective measurements, statistical test of the data gathered. Total enumeration was used because there were only 145 respondents comprising of 30 office heads, 25 CCS regular faculties, and 90 IPCR staff. The researchers conducted an interview and survey to gather data needed for the study. The data gathered were analyzed using arithmetic formula. The result showed that developed system attained a 100% access being denied was achieved ensured that the application was secure and assessed the security of the application by examining specific threats such as SQL injection, brute force attacks, and cross site scripting. Under the specific objective 4, the level of acceptability result of existing and propose system of SPMS was rejected based on the specified alpha value of 5% and p-value that are less than zero through the null hypothesis for functional suitability, usability, and performance efficiency showing a significant difference in the level of acceptability performance between the two SPMS versions.(Abstract)
Web-based electronic strategic performance management system of CSPC version 2.0 / Merelyn B. Fabricante, Resty Joshua U. Florendo, and Harlene T. Otares. - 184 leaves.
Undergraduate Thesis (BSIT) - Information Technology
Includes bibliographic references.
In today's generation there are many organizations, universities used paper-based processing, including performance management of every institution. With the proposed study Web-Based Electronic Strategic Performance Management System Version 2.0 provide an improvement platform of head of the offices, Administrator, PMTs, and employees to help and achieve their strategic objectives. Generally, this study developed to improve the existing ESPMS and provide a web-based platform for the management both OPCR and IPCR, this study conducted to test the application security of developed system. This study utilized Extreme Programming for Software Development Methodology, the quantitative and qualitative research design emphasized on the objective measurements, statistical test of the data gathered. Total enumeration was used because there were only 145 respondents comprising of 30 office heads, 25 CCS regular faculties, and 90 IPCR staff. The researchers conducted an interview and survey to gather data needed for the study. The data gathered were analyzed using arithmetic formula. The result showed that developed system attained a 100% access being denied was achieved ensured that the application was secure and assessed the security of the application by examining specific threats such as SQL injection, brute force attacks, and cross site scripting. Under the specific objective 4, the level of acceptability result of existing and propose system of SPMS was rejected based on the specified alpha value of 5% and p-value that are less than zero through the null hypothesis for functional suitability, usability, and performance efficiency showing a significant difference in the level of acceptability performance between the two SPMS versions.(Abstract)