With economic expansion and globalisation, there are discussions about how to improve higher education quality. The goal of educational programmes is to improve student achievement. The topic centres on career development, improving education quality, and professional development. And therein lays the solution.
The outcomes of a strong, high-quality education are important. A final evidence of learning is referred to as an outcome. It happens after the academic curriculum is completed. It is the consequence of learning, which is defined as the visible and measurable evidence of three basic characteristics: knowledge, skill, and orientations. The quality of higher education is determined by these three criteria.
15 measures to increase school quality through outcome-based learning
- Mission, Vision, and Goals
- Educational Goals of Program
- Graduate Characteristics
- Learning outcomes for students
- Program results
- Course results
- Outcomes of the Syllabus, Units, and Lesson Plans
- Methods of Instruction
- Tools for Assessment and Evaluation
- Rubrics and marking schemes that can be customised
- Consistently Improved Quality
- Accreditation and Outcome-Based Education
- Student Achievement
- aligning constructively
- Automated mind mapping is used to present the results.
What can be done to improve education?
Traditional educational institutions fail to give students with the essential knowledge and skills, as well as meet performance goals. OBE turns education into personalised learning and allows educational institutions to create instruction models that are adapted to students’ learning preferences.
Education that is outcome focused is of high quality.
OBE transforms education into personalised learning by allowing educational institutions to create instruction models that are suited to students’ learning preferences. OBE is exploding in popularity around the world. Every university has its own OBE framework for preparing students to enter the workforce after graduation. This information is frequently not effectively recorded and applied in higher education institutions. It’s strewn across documents, spreadsheets, models, people’s heads, and documentation. What if the linking of curriculum processes in educational institutions could be more simply captured as higher education software mind maps that could be processed, activated, shared, and reused to improve learning outcomes? What if there were a better approach to raise educational standards?
There are numerous advantages to implementing software solutions to assist outcome-based learning, teaching, and testing. It will increase learning outcomes and speed up the process of continuous quality improvement. Here are the 10 stages to using outcome-based education software to increase school quality and student achievement:
1. Mission, Vision, and Goals
The key element of OBE software is that it is designed to increase educational quality. As a result, OBE produces a mapping of the institute’s mission, vision, and values to the program’s educational objectives (PEOs).
2. Educational Goals of the Program
PEOs are evaluated for a longer period of time in terms of student achievement. What graduates are expected to accomplish in their careers in the next 4-5 years after graduation. Stakeholder input via an online survey questionnaire is used to determine PEO achievement. This reveals that graduates are generally pleased with their performance in all PEOs.
3. Graduate Qualities
Key skills, general traits, transferable, employability, and/or soft skills are all terms used to describe graduate attributes. You can tie graduate traits to the programme design using curriculum management software. And all of this is done in real time to produce the intended learning outcomes.
4. Learning outcomes for students
What a learner can do as a result of a learning experience is referred to as a learning outcome. Based on their visions, objectives, institutional goals, or outcomes, it identifies the characteristics of their ideal graduates. And then building specific programme results on top of it. Discipline knowledge and skills, generic skills, and attitudes and values are the three types of learning outcomes.
5. Program results
All learners are expected to demonstrate a set of competencies (related knowledge, abilities, and attitudes) as part of the programme outcomes. The predicted learning outcomes in certain courses are matched to these desired outcomes. Assessment and evaluation strategies are used to achieve the desired course and learning results.
6. Learning outcomes
The information, values, and skills that all learners are required to display at the end of a course are referred to as course outcomes. Course and programme outcomes are linked to learning outcomes.
7. Outcomes of the Syllabus, Unit, and Lesson Plan
Lesson outcomes follow course outcomes. To link the learning outcomes of each educational activity, create a syllabus, unit, and lesson plan. This promotes student learning coherence and cohesion.
8. Instructional Techniques
Video lectures, podcasts, and slide presentations using technology to demonstrate pedagogical learning would be innovative and enhance students’ learning experience. Education institutions would be able to precisely and flawlessly map with the desired goal using technology-assisted teaching methods and evaluations. This allows students and instructors to collaborate as partners toward a visible and measurable goal.
9. Tools for Assessment and Evaluation
The quality and orientation of faculty members improves as a result of OBE implementation. The primary goal of teaching is to develop learning skills. PEOs are earned through online tests, assignments, quizzes, and puzzles, as well as a survey questionnaire that evaluates courses and professors.
10. Rubrics and marking schemes that can be customised
Rubrics are frequently used to assess writing, oral communication, critical thinking, and information literacy. Automated rubrics are standardised scoring aids that help assessors make evaluations more transparent, simple, consistent, and objective. They even make consistent judgments on the quality of student work.
11. Consistent Quality Enhancement
CQI is a measure of higher education quality. Faculty and administrators benefit greatly from the online assessment and evaluation process. They also provide real-time reports on the program’s design, delivery, and objectives’ effectiveness. CQI tools based on digital feedback loops can be simply implemented through course/faculty evaluations. They will allow the school to improve the quality of its instruction, and the process will be repeated year after year.
12. Accreditation and outcome-based education
Accreditation is another technique to improve the quality of education in schools and higher institutions. Accreditation Management System provides automated technologies that allow higher education institutions to simply assess whether or not their outcomes have been met. It also allows an institution to improve the overall quality of higher education.
13. Academic Achievement
Traditional OBE is giving way to technology-based, learner-centered, outcome-oriented OBE. This is mirrored in the main goal, which is to improve students’ learning and performance capacities before they leave the institution. The cornerstone to OBE principles is structuring colleges, universities, and higher education institutions to accomplish and maximise student learning results.
14. Strategic alignment
OBE is the only programme that uses constructive alignment to relate learning outcomes to numerous curriculum parts. Student achievement and educational quality improve when abilities, competences, PEOs, PO & CO, instructional techniques, and assessments are aligned with learning outcomes.
15. Automated mind mapping for presentation of results
Mind maps can be used to help people think, write, and make decisions by triggering and representing complicated ideas and relationships. Mind mapping allows students to create a non-linear outline. The strength of auto-generated mind maps represents how curricular materials are quickly and simply sorted, categorised, and grouped.
