000			04199nam a22002777a 4500
003			OSt
005			20231219193144.0
008			231219b |||||||| |||| 00| 0 eng d
040			_aTUPM _beng _c- _erda
050			_aDIS T 49.5 _bD45 2024
100			_aDela Cruz, Luna A.
245			_aTechnology management framework towards the establishment of National academic records management system of the Philippines using blackchain technology _c/Luna A. Dela Cruz
260			_aManila _bTUP _c2024
300			_a236p.: _bcolor illustration _c28 cm. _e+ 1 CD-ROM (4¾inches)
336			_2rdacontent
337			_2rdamedia
338			_2rdacarrier
500			_aDissertation
502			_aCollege of Industrial Education (CIE) _bDoctor of Philosophy in Technology Management (PhD-TM) _cTechnological University of the Philippines _d2024
520	3		_aRecords keeping is important to track and store important documents of an organization. Academic records such a diploma and transcript of records are important documents that confirms one's qualification and educational attainment. Creation of a national records management system will be a colossal job, but the benefits should be underscored. The introduction of new and emerging technology in the record keeping process will increase the integrity and authenticity of the documents. Non-fungible token (NFTS) is a new technology that could make the document immutable and free from tampering, while storing it into the blockchain network makes it impossible to be hacked. The combination of these technologies to protect the academic records increases its interoperability, immutability and robust. In this study, experts are chosen to participate in the Delphi survey method to formulate a technology management framework towards the establishment of Philippine National Academic Records Management System using blockchain technology. The experts were selected purposively who have significant knowledge in the formulation of the framework, all of which are managers or higher (Directors, President and CEO, and COO) in their respective organizations. All has accumulated experience in Records Management (Finance and Academe), Information and Communications Technology (Blockchain, Data Networks, Software Engineering, Cybersecurity, Application Maintenance, Application Development, Scrum Master, ICT Infrastructure, Others), and Governance and Policy making from the Commission on Higher education (CHED) and the Department of Information and Communications technology (DICT) for more than 10 years. After the rigorous process of scoping, coding qualitative data and thematic analysis in Delphi Survey round one, the study revealed four major categories to be considered in the creation, maintenance and implementation of the system namely processes, technological requirements, risk and issues, and government support. The Delphi survey round 2 provided consensus among the experts. The Delphi survey round 3 generated ideas and suggestions on how to address the risks and issues in the framework. Lastly, Delphi Survey round 4 was performed to gain the consensus of the experts regarding the ideas on how to address the risks and issues. The framework was formulated and could be an input to a general framework of the government on how to use blockchain in government processes and documents. This framework proves that NFT can be used to in the academic records of Department of Education (DepEd) and Technical Education and Skills Development Authority (TESDA). Other government identification cards can like passport, driver's license etc. can be tokenized through NFT while elections and custom documents can be stored in blockchain to increase the integrity of the process. Finally, the government can consider creating its own blockchain network and token as an alternative vehicle of Overseas Filipino Workers' (OFWs) remittance and ultimately blockchain technology can spearhead the governments admiration of digitization of its systems and processes. Author's Abstract
650			_aTechnology _vManagement
650			_aRecords _vManagement
653			_aBlackchain technology
942			_2lcc _cDIS _n0
999			_c28383 _d28383