Reasonable Budget
As the University provides the strategic and overall direction of the University’s operations, the University targets and its budgetary requirements are cascaded to each unit. The campus will craft its Annual Operating Plan governing its Programs, Projects, and Activities (PPAs) to meet the set targets. Together with the setting of the PPAs, the necessary budgetary requirements are also identified. These are further cascaded into each campus unit, such as the College of Computing and the Information Technology Department. This operational and budgetary planning aims to ensure that funds are available and used effectively on the planned activities to support the University’s vision and mission.
The University Budget
The Pangasinan State University, being one of the State Universities in the Philippines, gets its funding mainly from the annual General Appropriations Act (GAA). In addition to the GAA fund, the University also gets additional funding from its income-generating projects. Both this GAA fund and income fund are then allocated to different sectors of the University.
The University’s budget is apportioned into its institutional functions, namely: (a) Instruction (Higher and Advanced Education), Research Services, Extension Services, Production, and General Administration and Support Services.
The table below shows the pooled GAA and Income fund of the University for the years 2018 to 2021.
Table 1. General Fund from 2018 to 2021
As we can see from the table, the University has the source of funds to support the projects and activities in attaining the objectives of Faculty Development. The funds allocated for each programs/activities/projects to support faculty development can be seen in the BOR-approved Program of Receipts and Expenditures (PRE). In compliance with statutory requirements, PSU annually submits its National Expenditure Program (NEP) and receives funding from the national government under the General Appropriations Act (GAA).
It is evident that the University, being an educational institution, prioritizes instructional development because of the large allocation of the total budget. This is where the budget for faculty development such as seminars and training, memberships, scholarship grants, and other academic assistance are taken from. As for the Fiscal Year 2021, the Program of Receipts and Expenditures (PRE) shows that the University spent 6.3 million for training and seminars and 7.1 million on scholarship expenses. Moreover, 3.7 million was spent by the institution for membership dues.
On the other hand, research activities are annually funded with at least 37 million pesos, with the budget increasing annually, probably due to the ever-increasing importance of research to the University as a whole. On a similar note, extension activities are also one of the important aspects considered by the University, allocating at least 30 million pesos annually.
As for the current year, an amount of 18,522,631.00 pesos was approved for the first wave of proposals and another 9,269,000.00 pesos for the second wave of proposals. In terms of the extension budget for the same year, an amount of 6,143,906.00 pesos is approved from the first wave of proposals while 5,023,350.00 pesos for the second wave of extension proposals.
In summary, Table 2 presents the list of activities and possible sources of funding for faculty development.
Table 2. Sources of Funds for Faculty Development Activities
Activity | Source |
Attendance to Seminars/Training | Fund 101, Personal Fund |
In-House Seminars, Trainings | Fund 164 |
Scholarship Grants | Fund 101, Sponsoring Agency |
Thesis/Dissertation Assistance | Fund 101 |
Membership to Professional Organizations | Fund 101, Personal Fund |
Research Activities | Fund 101 |
Extension Activities | Fund 101 |
University Mission
The Pangasinan State University, through instruction, research, extension and production, commits to develop highly principled, morally upright, innovative and globally competent individuals capable of meeting the needs of industry, public service and civil society.
Quality Policy
The Pangasinan State University shall be recognized as an ASEAN premier state university that provides quality education and satisfactory service delivery through instruction, research, extension and production.
We commit our expertise and resources to produce professionals who meet the expectations of the industry and other interested parties in the national and international community.
We shall continuously improve our operations in response to changing environment and in support of the institution’s strategic direction.
Institutional Learning Outcomes
The Pangasinan State University Institutional Learning Outcomes (PSU ILO) are the qualities that PSUnians must possess. These outcomes are anchored on the following core values: Accountability and Transparency, Credibility and Integrity, Competence and Commitment to Achieve, Excellence in Service Delivery, Social and Environmental Responsiveness, and Spirituality – (ACCESS).
Anchored on these core values, the PSU graduates are able to:
- Demonstrate through institutional mechanisms, systems, policies, and processes which are reflective of transparency, equity, participatory decision making, and accountability;
- Engage in relevant, comprehensive and sustainable development initiatives through multiple perspectives in decisions and actions that build personal and professional credibility and integrity.
- Set challenging goals and tasks with determination and sense of urgency which provide continuous improvement and producing quality outputs leading to inclusive growth;
- Exhibit life-long learning and global competency proficiency in communication skills, inter/interpersonal skills, entrepreneurial skills, innovative mindset, research and production initiatives and capability in meeting the industry requirements of local, ASEAN and international human capital market through relevant and comprehensive programs;
- Display, socially and environmentally responsive organizational culture, which ensures higher productivity among the university constituents and elevate the welfare of the multi-sectoral communities and;
- Practice spiritual values and morally upright behavior which promote and inspire greater harmony to project a credible public image.
BS Information Technology
Program Description
The BS Information Technology program includes the study of the utilization of both hardware and software technologies involving planning, installing, customizing, operating, managing and administering and maintaining Information Technology infrastructure that provides computing solutions to address the needs of an organization.
The program prepares graduates to address various user needs involving the selection, development, application, integration and management of computing technologies within an organization. (IT 2018 Curriculum with CHED Contents Notation)
Program Objectives
The intent of the Information Technology program is to produce graduates who are able to meet the demands of the IT professional in the industry, both local and national area and in the ASEAN region. It has the following objectives: (IT 2018 Curriculum with CHED Contents Notation)
- Undertake projects that show ability to solve complex problems and to work in teams on problems whose solutions lead to significant societal benefits.
- Communicate effectively with diverse stakeholders as well as function appropriately in a team environment.
- Demonstrate ethical behavior as an IT professional and sensitivity to the impact of technology and society.
- Engage in lifelong learning and professional development.
Program Outcomes
GRADUATE ATTRIBUTES | PROGRAM OUTCOMES | PERFORMANCE INDICATORS |
Knowledge for solving computing problems | 1. Apply knowledge of computing, science, and mathematics appropriate to the discipline | 1. Identify or determine the techniques, tools, methodologies to be used given a particular scenario that involves computing, science, and mathematics 2. Compare different tools, techniques, methodologies as to their pros and cons that will help in decision making |
2. Distinguish best practices and standards and their applications | 1. Identify the characteristics that conforms to standards and their best practices 2. Compare and contrast tools and methodologies in terms of best practices, standard and their application | |
Problem analysis | 3. Analyze complex problems, and identify and define the computing requirements appropriate to its solution | 1. Analyze complex problems 2. Identify and define the complexity requirements appropriate to its solution |
4. Identify and analyze user needs and take them into account in the selection, creation, evaluation and administration of computer-based systems | 1. Analyze the user’s needs and take them into account in the selection, creation, evaluation and administration of computer-based systems. 2. Identify the user’s requirements and take them into account in the selection, creation, evaluation and administration of computer-based systems. | |
Design, development of solutions | 5. Design, implement, and evaluate computer-based systems, processes, components, or programs to meet desired needs and requirements under various constraints | 1. Translate specification into a design 2. Design software to meet desired needs under various constraint 3. Design a database to meet desired needs for storing data under various constraints 4. Design networks to meet desired needs for sharing information under various constraints 5. Design a hardware infrastructure to meet desired processing needs under various constraints 6. Implement a network to meet desired needs for sharing information under various constraint 7. Implement database to meet desired needs for storing data under various constraint 8. Implement a software to meet desired needs for task under various constraints 9. Evaluate software on its functionality and level of satisfying user requirements for task under various constraint 10. Evaluate an existing network for its level of satisfying user requirements for under various constraint |
6. Integrate IT-based solutions into the user environment effectively | 1. Implement a network to meet desired needs for sharing information under various constraint 2. Implement database to meet desired needs for storing data under various constraint 3. Implement a software to meet desired needs for task under various constraints 4. Evaluate software on its functionality and level of satisfying user requirements for task under various constraint 5. Evaluate an existing network for its level of satisfying user requirements for under various constraint | |
Modern Tool Usage | 7. Apply knowledge through the use of current techniques, skills, tools and practices necessary for the IT profession | 1. Evaluate techniques, methodologies, standards/frameworks and tools for its appropriateness to the IT Infrastructure to be designed and managed considering its advantages and limitations. 2. Select, use and adapt appropriate techniques, methodologies, standards/frameworks and tools the IT Infrastructure to be designed and managed. |
Individual and Team Work | 8. Function effectively as a member or leader of a development team recognizing the different roles within a team to accomplish a common goal | Team member: 1. Independently source necessary knowledge, assistance, skills and resources to complete tasks. 2. Performs tasks effectively to accomplish a common goal Leader of a team: 3. Set proper goals and timeline of activities to complete team objectives 4. Allocate task according to team member capabilities 5. Monitor task completion and performance of team member 6. Provide expertise, assistance and support to team members to achieve of team goals 7. Resolve and reduce conflicts within the team |
9. Assist in the creation of an effective IT project plan | 1. Perform task in the creation of an effective IT project plan Create an effective IT project plan | |
Communication | 10. Communicate effectively with the computing community and with society at large about complex computing activities through logical writing, presentations, and clear instructions | 1. Interview clients to gather background information, situation, existing concerns and issues necessary to frame and achieve common understanding of problems to be addressed by computing solutions 2. Write effective reports and documentations about the results of performing specific computing and professional tasks 3. Write documentations (including design documentations) completely and comprehensively, with appropriate tone, correct grammar and construction, adapting to documentation standards, to communicate ideas, choices, assumptions, and consequences of decisions 4. Develop effective presentation material that will enhance understanding of ideas being communicated 5. Deliver presentations effectively and efficiently to various audience (computing community, society at large, and users) using English and Filipino as needed, with appropriate tone, correct grammar and construction 6. Choose appropriate language suitable to the audience and respectful to the audience background and culture 7. Provide clear instructions to team members |
Computing Professionalism and Social Responsibility | 11. Analyze the local and global impact of computing and information technology on individuals, organizations, and society | 1. Analyze the local impact of computing and information technology on individuals, organizations, and society 2. Analyze the global impact of computing and information technology on individuals, organizations, and society 3. Make design and implementation decision considering the impact of IT on individuals, organizations, and society 4. Provide /conceptualize solutions to domain where IT is needed 5. Evaluate the impact of this solutions to individuals, organizations, and society |
12. Understand professional, ethical, legal, security and social issues and responsibilities in the utilization of information technology | 1. Make decisions considering professional, ethical, legal, security and social issues and responsibilities in the utilization of information technology 2. Assess professional, ethical, legal, security and social issues and responsibilities in the utilization of information technology | |
Life-Long Learning | 13. Recognize the need for and engage in planning self-learning and improving performance as a foundation for continuing professional development | 1. Reflect on own abilities and skills to determine necessary development needs to reach level of expectations and aspirations as a computing professional 2. Prepare a personal development plan for continuing professional 3. development 4. Engage independently in developmental activities (like participating in professional organizations, attendance to seminars and training) as a result of recognizing the need to further and continuously develop one’s competencies as a computing professional 5. Evaluate achievements and deficiencies against own’s personal development plan |
Crafting the Objectives
PSU actively involves the community and various stakeholders in its strategic planning sessions in the University and Campus levels. Regular dialogues and communication are conducted for proper coordination of planned activities. It follows a well-defined planning process for crafting the Strategic Plan and Unit Operational Plans, all adhering to the University’s Vision, Mission, Goals and Objectives. These plans generally cover the operations of the University on Instruction, Research, Extension and Production.
All these plans provide guidance on the programs, projects and activities of all units, including the Information Technology Department under the College of Computing. The BSIT program objectives and its curriculum were crafted and revised under a series of consultations and industry benchmarks.
The revision and enrichment of the BSIT curriculum are governed by the established University procedure under its Quality Management System, which is certified to be compliant with the ISO 9001:2015 standards. The Curriculum Development Procedure (PM-PSU-03-AA-02) covers the development and review of existing and new curriculum, assessment of compliant and non-compliant courses, drafting, evaluation, approval, and monitoring of the curriculum.
Following the established QMS procedures on curriculum revision and enhancement, consultations and planning of the BSIT curriculum revision and enhancement were conducted starting in 2017 involving various stakeholders such as industry representatives, alumni and students. Curriculum amalgamation in 2018 was also conducted on all PSU campuses offering the BSIT program, where the PSU-Urdaneta City Campus was selected as the lead campus. The updated curriculum was submitted to the Commission on Higher Education for content notation.
Responding to the changes, even with the challenges of the COVID-19 pandemic, the University initiated another University-wide curriculum enrichment in 2021 which included the BSIT curriculum. The Urdaneta City Campus again served as the lead campus on the BSIT curriculum revision and enrichment. The enhanced curriculum was presented to the Commission on Higher Education for content notation.
List of Evidence(s)
No | Title |
1 | Matrix of OJT Partner Agencies |
2 | Sample MOA with Partner Agencies in the conduct of OJT by the IT students. |
3 | Pictures of Student Trainees in their OJT |