Curriculum is one of the most important parts of any education system, yet the word is often misunderstood. Some people use curriculum to mean a list of school subjects, while others use it to describe textbooks, lesson plans, course requirements, or examination content. In reality, curriculum is broader than any one of these things. It helps establish what students are expected to learn, why that learning matters, how learning is organized, what experiences support it, and how achievement is evaluated.
A thoughtfully designed curriculum gives educators a shared direction while creating a coherent learning pathway for students. It can connect foundational knowledge with more advanced learning, reduce unnecessary gaps or repetition, and help educational institutions respond to changes in society, technology, research, and employment.
Curriculum is therefore not simply a collection of content. It represents a set of deliberate educational choices. Every curriculum answers, explicitly or implicitly, questions such as: What knowledge is important? Which skills should students develop? In what sequence should learning occur? What experiences should students have? What counts as successful learning?
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UNESCO identifies curriculum as an important component of education because it establishes what learners are expected to learn and helps organize educational experiences. For educators, students, parents, and anyone interested in education, understanding curriculum provides a useful way to understand how educational goals are translated into actual learning experiences.
1. What Is Curriculum?
Curriculum is the organized framework through which an educational institution or system defines and structures learning. It can include educational goals, learning outcomes, subject content, sequencing, learning experiences, teaching approaches, assessment, and expectations for student progression. In simple terms, curriculum helps answer five fundamental questions:
- What should students learn?
- Why should they learn it?
- When and in what sequence should they learn it?
- What learning experiences will help them achieve the intended outcomes?
- How will educators determine whether the intended learning has occurred?
This means curriculum is more than a list of subjects. A subject list might tell students that they will study mathematics, science, history, and English. A curriculum goes further by considering what students should learn within those subjects, how the knowledge should develop over time, what skills should accompany the knowledge, and how learning should be demonstrated.
Curriculum as a Set of Educational Decisions
Curriculum design requires choices. An education system cannot teach every possible topic in equal depth. Curriculum designers therefore have to decide what knowledge deserves attention, how much time different areas receive, which concepts should come first, and how students should demonstrate their learning. This makes curriculum both an educational framework and a process of prioritization.
A strong curriculum is not necessarily the one that contains the greatest amount of content. It is one that makes deliberate choices about what matters and organizes those choices coherently.
2. Curriculum vs. Syllabus, Course, Lesson Plan, and Textbook
Curriculum is often confused with other educational terms. These concepts are related, but they operate at different levels.
| Term | What It Primarily Describes | Typical Scope |
|---|---|---|
| Curriculum | Overall educational goals, content, learning experiences, progression, and assessment | Programme, institution, or education system |
| Syllabus | Content and topics covered in a particular subject or course | Individual course or subject |
| Course | A defined unit of study with specific learning outcomes and requirements | Class or academic unit |
| Lesson plan | Teacher’s plan for a specific lesson or sequence of lessons | Individual lesson |
| Textbook | A learning resource used to support instruction | Resource |
| Teaching method | How teaching and learning activities are conducted | Instructional practice |
For example, a university may have a business curriculum containing several courses such as accounting, marketing, economics, and management. Each course may have its own syllabus. A lecturer may then create lesson plans for individual sessions and use textbooks or digital resources to support those lessons. Understanding this distinction prevents an important misconception: a textbook is not a curriculum, and a curriculum is not simply a syllabus expanded to a larger scale.
3. What Does a Curriculum Include?
Although curricula differ between countries, institutions, educational levels, and disciplines, most contain several interconnected components.
Learning Goals and Outcomes
Curriculum normally begins with educational goals. These establish what an educational programme is intended to accomplish. Learning outcomes make those goals more specific by describing what students should know, understand, or be able to do, for example, a mathematics programme may aim to develop quantitative reasoning and problem-solving. A university business curriculum may emphasize analytical thinking, communication, financial knowledge, ethical decision-making, and professional competence. Clear outcomes give educators a basis for selecting content, activities, and assessment.
Content and Knowledge
Curriculum determines which knowledge students are expected to encounter. Content may include mathematics, science, history, languages, literature, technology, arts, social sciences, or specialized professional knowledge. However, curriculum design involves more than selecting information. Designers must consider:
- Which knowledge is foundational;
- Which concepts depend on previous knowledge;
- How much depth is appropriate;
- How different subjects connect;
- What knowledge students may need later;
- Which content may have become outdated.
This is why curriculum design is partly a problem of knowledge selection and prioritization.
Sequence and Progression
Curriculum also determines how learning develops over time. Students normally cannot be expected to master advanced concepts without appropriate foundations. A coherent curriculum therefore organizes learning into a sequence that allows knowledge and skills to develop progressively, for example: Basic arithmetic → fractions → algebra → functions → advanced mathematics
The exact sequence varies by curriculum, but the underlying principle is important: learning should not consist of disconnected topics.
Learning Experiences
Curriculum can include the experiences through which students encounter and use knowledge. These may include:
- Lectures;
- Discussions;
- Laboratory experiments;
- Projects;
- Research;
- Fieldwork;
- Simulations;
- Internships;
- Collaborative activities;
- Presentations;
- Practical training;
- Digital learning.
A strong curriculum considers not only what students study, but also what they are expected to do with what they study.
Teaching and Learning Approaches
Curriculum can establish expectations about how learning should be supported, although it does not necessarily require every teacher to use exactly the same method. Depending on the educational context, instruction may include direct teaching, inquiry, collaborative learning, project-based learning, problem-solving, independent study, or practical training. Curriculum should provide sufficient direction to create coherence while allowing educators appropriate professional judgment.
Assessment
Assessment provides evidence about student learning. It can include:
- Examinations;
- Quizzes;
- Essays;
- Projects;
- Presentations;
- Portfolios;
- Practical demonstrations;
- Research assignments;
- Observations;
- Performance-based tasks.
Assessment is important because it communicates what an education system considers meaningful achievement. If a curriculum claims to value critical thinking but assessment rewards only memorization, there is a potential mismatch between the stated curriculum and the learning behavior it actually encourages.
4. How Curriculum Works as an Educational System
A curriculum becomes more understandable when its components are viewed as an interconnected system rather than as isolated parts. A simplified curriculum architecture looks like this: Educational Purpose → Learning Outcomes → Content → Sequence → Learning Experiences → Assessment → Review. Each stage influences the others.
| Curriculum Element | Key Question |
|---|---|
| Educational purpose | Why does this learning matter? |
| Learning outcomes | What should students be able to know or do? |
| Content | What knowledge and concepts are necessary? |
| Sequence | In what order should learning develop? |
| Learning experiences | How will students engage with the knowledge? |
| Assessment | What evidence will demonstrate learning? |
| Review | What should be improved or updated? |
This systems perspective is important because weaknesses in one component can affect the others, for example, unclear learning outcomes can make assessment difficult. Poor sequencing can make later concepts unnecessarily difficult. Excessive content can reduce opportunities for meaningful practice. Assessment that emphasizes only recall can encourage students to prioritize memorization even when the curriculum intends to develop analysis and problem-solving. Curriculum quality therefore depends partly on how well its components work together.
5. Why Is Curriculum Important in Education?
Curriculum provides structure and direction for education. Without a coherent curriculum, learning can become fragmented, inconsistent, or overly dependent on individual decisions.
Curriculum Creates Learning Continuity
Students generally build knowledge progressively. A coherent curriculum helps connect learning across grades, courses, and educational levels, for example, students may encounter basic scientific concepts before studying more advanced biology or chemistry. A well-sequenced curriculum can reduce unnecessary repetition while preventing major knowledge gaps.
Curriculum Supports Teachers
Teachers need to know what students are expected to learn. Curriculum frameworks can provide that direction while still allowing professional judgment. Teachers can use curriculum expectations to:
- Design lessons;
- Select learning resources;
- Develop activities;
- Establish assessment criteria;
- Identify prerequisite knowledge;
- Support progression.
A curriculum therefore provides a shared framework without necessarily prescribing every classroom decision.
Curriculum Supports Students
A coherent curriculum can help students understand how individual courses and topics contribute to broader educational goals. Students can benefit when learning builds progressively rather than appearing as a series of unrelated assignments.
Curriculum Connects Education With Future Needs
Education serves purposes beyond examination performance. Depending on the educational context, curriculum may develop:
- Communication;
- Quantitative reasoning;
- Critical thinking;
- Collaboration;
- Creativity;
- Digital literacy;
- Research skills;
- Problem-solving;
- Professional competence;
- Lifelong learning habits.
A relevant curriculum can therefore connect educational experiences with students’ future academic, personal, and professional goals.
6. What Are the Main Types of Curriculum?
There is no single universal classification of curriculum. Different educational traditions use different terminology, and some categories describe how curriculum is officially organized, while others describe how learning occurs or what students experience. Several commonly discussed types are useful for understanding the broader concept.
| Type | Meaning | Example |
|---|---|---|
| Formal curriculum | Officially planned and documented learning | National subject standards |
| Informal curriculum | Learning that occurs through everyday educational experiences | Learning teamwork through school activities |
| Hidden curriculum | Implicit lessons communicated through culture, routines, and expectations | Learning punctuality and responsibility |
| Null curriculum | Knowledge, perspectives, or experiences that are omitted | Important topics receiving no curricular attention |
| Experiential curriculum | Learning through direct experience | Internship, fieldwork, laboratory project |
| Subject-centered curriculum | Curriculum organized primarily around academic disciplines | Separate mathematics, history, and biology courses |
| Learner-centered curriculum | Greater emphasis on learner needs, interests, experiences, and differences | Flexible pathways or differentiated learning |
a. Formal Curriculum
Formal curriculum refers to the officially planned educational programme. It may include subjects, learning outcomes, content standards, assessment expectations, and academic requirements.
b. Informal Curriculum
Informal curriculum refers to learning that occurs outside formally planned instruction. Students may develop communication, teamwork, confidence, and social skills through interactions and activities that are not explicitly listed as academic objectives.
c. Hidden Curriculum
Hidden curriculum refers to lessons students learn indirectly through school culture, routines, expectations, relationships, and institutional practices, for example, students may learn punctuality because attendance routines emphasize arriving on time. They may develop independence because they are expected to manage assignments themselves.
d. Null Curriculum
Null curriculum refers to what is omitted from the educational experience. This concept is important because curriculum decisions are not only about what schools include. They also influence what students do not encounter. If an educational programme consistently excludes particular perspectives, skills, or areas of knowledge, students may have limited opportunities to develop understanding in those areas.
e. Experiential Curriculum
Experiential curriculum emphasizes direct experience. Students may learn through laboratory work, internships, fieldwork, community projects, workplace simulations, or practical problem-solving.
f. Subject-Centered Curriculum
Subject-centered curriculum organizes education around academic disciplines. This approach can provide strong disciplinary structure and depth.
g. Learner-Centered Curriculum
Learner-centered curriculum gives greater attention to students’ needs, experiences, interests, abilities, and learning differences. It may provide flexibility in activities, support, pacing, or pathways while maintaining meaningful learning outcomes.
7. What Makes a Good Curriculum?
A high-quality curriculum should be more than comprehensive. It should be purposeful, coherent, relevant, inclusive, assessable, and capable of adapting when circumstances change.
| Quality | What It Looks Like in Practice |
|---|---|
| Clear | Learning goals and outcomes are understandable |
| Coherent | Concepts and skills build logically |
| Relevant | Learning connects with meaningful academic or real-world needs |
| Balanced | Breadth and depth are appropriate |
| Inclusive | Learners have meaningful access to intended outcomes |
| Assessable | Learning outcomes can be evaluated appropriately |
| Adaptable | Curriculum can respond to new knowledge and changing needs |
| Evidence-informed | Major curriculum decisions draw on credible research and educational evidence |
Curriculum Should Have Purpose
Every major component should have a reason for being included. A curriculum becomes difficult to manage when new topics are continuously added without considering whether they contribute meaningfully to the overall educational purpose.
Curriculum Should Have Coherent Progression
Students should encounter ideas at an appropriate level of complexity. A curriculum with poor progression can create both repetition and gaps. Students may repeatedly encounter introductory content while simultaneously being expected to perform advanced tasks without sufficient preparation.
Curriculum Should Balance Breadth and Depth
More content does not automatically produce better education. An overloaded curriculum may leave insufficient time for:
- Practice;
- Discussion;
- Reflection;
- Feedback;
- Application;
- Deeper investigation.
A strong curriculum therefore makes deliberate decisions about what deserves depth and what can receive less emphasis.
Curriculum Should Remain Relevant Without Chasing Every Trend
Relevance does not mean adding every new technology or popular topic. Students still need durable foundational knowledge. At the same time, curriculum should be reviewed when scientific knowledge, technology, society, or employment patterns change. The challenge is to distinguish between temporary trends and durable educational needs.
8. Curriculum Alignment and Coherence
One of the most important ways to evaluate a curriculum is to examine whether its parts are aligned. A curriculum may state that students should develop critical thinking, but if classroom activities and assessments primarily reward memorization, the curriculum may contain an alignment problem. A useful model is: Outcomes → Content → Learning Experiences → Assessment
| Element | Alignment Question |
|---|---|
| Outcomes | Are intended learning outcomes clear? |
| Content | Does the content support those outcomes? |
| Activities | Do students practice the intended knowledge and skills? |
| Assessment | Does assessment provide evidence of the intended learning? |
Example of Weak Alignment
Suppose a course objective states: Students will evaluate competing arguments using evidence. But students spend most of the course memorizing definitions, and the final examination consists entirely of factual recall. The stated goal and assessment are poorly aligned.
Example of Stronger Alignment
A better-designed course could:
- Teach the necessary background knowledge;
- Expose students to competing arguments;
- Provide opportunities to examine evidence;
- Ask students to compare positions;
- Require students to establish evaluation criteria;
- Assess their ability to defend a conclusion.
This alignment makes the curriculum more coherent because the learning experience supports the intended outcome.
9. Curriculum and Progression: Why Sequencing Matters
Curriculum coherence also depends on progression. A curriculum should consider what students already know and what they will need to know later, For example, a mathematics curriculum might progress from: Number sense → Fractions → Algebraic reasoning → Functions → Advanced mathematics.
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A language curriculum might develop from: Vocabulary and basic grammar → Reading comprehension → Structured writing → Argumentation → Advanced academic communication
The exact sequence depends on the subject and educational context, but the principle is general: Learning becomes more manageable when new knowledge connects meaningfully with relevant prior knowledge. Poor sequencing can create several problems:
- Students repeat material unnecessarily;
- Important prerequisite knowledge is missing;
- Cognitive demands increase too quickly;
- Teachers spend excessive time repairing knowledge gaps;
- Students experience disconnected learning.
Curriculum design therefore requires not only deciding what to teach, but also deciding when and in what relationship to other content it should be taught.
10. Who Develops a Curriculum?
Curriculum development can involve multiple stakeholders depending on the educational system and level. These may include:
- Government education ministries;
- Curriculum specialists;
- Teachers;
- School leaders;
- Universities;
- Researchers;
- Assessment specialists;
- Professional organizations;
- Employers;
- Parents;
- Community representatives;
- Subject experts.
The involvement of multiple stakeholders reflects the complexity of curriculum decisions. Curriculum must often balance:
- academic knowledge;
- learner needs;
- cultural context;
- research evidence;
- economic priorities;
- professional requirements;
- societal expectations;
- future skills.
This means curriculum development is not merely a technical process of arranging subjects. It also involves decisions about what knowledge and capabilities an education system considers important.
11. How Curriculum Differs Around the World
There is no single worldwide curriculum model. Curriculum is influenced by:
- national or regional laws;
- culture;
- educational philosophy;
- economic priorities;
- language;
- historical context;
- governance structures;
- labour-market needs;
- expectations about the role of education.
Some education systems exercise substantial national or regional control over curriculum expectations, while others give schools, districts, institutions, or educators greater autonomy. A simplified comparison is:
| Governance Pattern | General Characteristic |
|---|---|
| More centralized | National or regional authorities establish substantial curriculum expectations |
| More decentralized | Local authorities or institutions have greater control over curriculum decisions |
| Mixed | Higher-level standards coexist with local or institutional flexibility |
These categories are simplified rather than absolute. Many education systems combine centralized standards with local implementation.
Example: England
England provides an example of a national curriculum framework that establishes programmes of study and attainment expectations for specified subjects and key stages.
Example: Ontario
Ontario provides an example of a provincial education system in which curriculum and education pathways operate within a broader provincial framework that also includes skills development and apprenticeship pathways. These examples illustrate a broader point: curriculum is shaped by governance as well as educational theory.
12. How Curriculum Affects Students
The curriculum shapes students’ educational experiences in several important ways, from the knowledge they encounter to the skills they develop and the opportunities they may never receive. The table below highlights these key influences.
| No. | Curriculum Influence | Explanation |
|---|---|---|
| 1 | Curriculum Influences What Students Learn | Content selection determines which knowledge students encounter systematically. |
| 2 | Curriculum Influences How Students Learn | Learning experiences determine whether students primarily listen, practice, investigate, collaborate, create, research, or solve problems. |
| 3 | Curriculum Influences What Students Are Rewarded For | Assessment communicates what counts as successful performance. Exams focused on factual recall may encourage memorization, while evidence-based assessment can encourage analytical skills. |
| 4 | Curriculum Influences What Students Do Not Encounter | The concept of the null curriculum shows that omission matters. Students cannot develop substantial knowledge in areas they never meaningfully encounter, so curriculum decisions can shape what they are prepared to notice, question, evaluate, and pursue later. |
13. How to Evaluate a Curriculum
Students, educators, parents, and education professionals can use several questions to examine whether a curriculum is well designed.
| Evaluation Question | What to Examine |
|---|---|
| Are the goals clear? | Learning outcomes |
| Is the content appropriate? | Relevance, importance, and depth |
| Is the sequence coherent? | Progression and prerequisites |
| Are learning experiences meaningful? | Practice, application, inquiry, and engagement |
| Is assessment aligned? | Whether assessment measures intended outcomes |
| Is the curriculum inclusive? | Accessibility and learner diversity |
| Is the workload realistic? | Amount of content and available learning time |
| Is the curriculum adaptable? | Review and revision mechanisms |
| Is it evidence-informed? | Research and credible educational evidence |
This framework is particularly useful when comparing academic programmes, for example, a student considering two university programmes should not lookonly at the course titles. They can examine:
- what knowledge each programme develops;
- how courses progress;
- what practical experiences are offered;
- how students are assessed;
- whether the programme matches their long-term goals;
- whether important skills are integrated across courses.
Curriculum evaluation can therefore support better educational decisions.
14. Curriculum vs. Education System
Curriculum is an important part of an education system, but the two terms should not be treated as synonyms. An education system can include:
- schools and universities;
- teachers and administrators;
- funding;
- governance;
- infrastructure;
- curriculum;
- assessment systems;
- student support;
- teacher development;
- accountability mechanisms.
Curriculum primarily concerns the organization and purpose of learning. The distinction matters because curriculum alone cannot explain every educational outcome. A strong curriculum can still be undermined by inadequate resources, limited teacher preparation, ineffective assessment, poor infrastructure, or insufficient student support. Educational quality is therefore a system-level issue, not simply a curriculum issue.
15. The Future of Curriculum in Education
Curriculum design is becoming increasingly important as education responds to technological, economic, environmental, and social change. Artificial intelligence, automation, digital communication, climate-related challenges, changing labour markets, and new forms of information access are raising questions about what students need to learn. However, curriculum innovation should not mean adding every new trend to an already crowded programme.
What Should Curriculum Preserve?
Students still need durable foundations such as:
- literacy;
- numeracy;
- scientific understanding;
- communication;
- disciplinary knowledge;
- reasoning.
What Should Curriculum Develop Further?
Many learners may also need stronger opportunities to develop:
- digital literacy;
- data literacy;
- AI literacy;
- critical evaluation of information;
- adaptability;
- collaboration;
- creativity;
- interdisciplinary problem-solving.
What Should Curriculum Avoid?
Curriculum designers should be cautious about continuously adding new content without reconsidering existing material. A curriculum cannot expand indefinitely. When something new is added, educators may need to ask: What should be integrated, reduced, replaced, or removed?
This is an important principle of sustainable curriculum design. The goal is not to prepare students for every possible future scenario. It is to give them durable knowledge and adaptable intellectual tools that allow them to continue learning as circumstances change.
16. Advantages and Limitations of Curriculum Planning
a. Advantages
A well-designed curriculum can:
- create educational direction;
- establish continuity across learning stages;
- support teachers;
- clarify expectations;
- connect learning objectives with assessment;
- help students develop knowledge progressively;
- identify important skills and competencies;
- support consistency across educational settings;
- provide a basis for reviewing educational quality.
b. Limitations and Challenges
Curriculum planning also involves challenges.
- First, curriculum decisions require prioritization because instructional time is limited.
- Second, a curriculum can become overloaded when institutions continually add new content without removing or integrating existing material.
- Third, curriculum documents cannot guarantee high-quality classroom implementation. Teachers need appropriate resources, preparation, time, and professional support.
- Fourth, curriculum can become outdated if it is not reviewed as knowledge and societal needs change.
Finally, curriculum may reflect the priorities and assumptions of the people or institutions that design it. This makes transparency, evidence, consultation, and ongoing evaluation important.
17. A Practical Curriculum Planning Framework
A useful curriculum planning process can be summarized in seven stages.
1. Define the Educational Purpose
Determine why the programme exists and what broader educational outcomes it should support.
2. Identify Learning Outcomes
Specify what students should know, understand, and be able to do.
3. Select Essential Content
Choose knowledge that is foundational, meaningful, relevant, and appropriate to the learning goals.
4. Organize Progression
Determine how concepts and skills should develop over time.
5. Design Learning Experiences
Create opportunities for students to understand, practice, apply, analyze, and use knowledge.
6. Align Assessment
Develop assessment that provides credible evidence of the intended learning outcomes.
7. Review and Improve
Use evidence from student performance, teacher experience, research, and changing circumstances to determine what should be retained, improved, integrated, or removed.
| Stage | Key Question |
|---|---|
| Purpose | Why are we teaching this? |
| Outcomes | What should students be able to do? |
| Content | What knowledge is essential? |
| Progression | What should come first and what should follow? |
| Learning | How will students engage with the knowledge? |
| Assessment | What evidence demonstrates achievement? |
| Review | What should change based on evidence? |
This framework illustrates that curriculum is not simply a document produced once and then left unchanged. Effective curriculum requires design, implementation, evaluation, and continuous improvement.
The Writer’s Perspective
In my view, the strongest curriculum is not necessarily the one that contains the most subjects, the most topics, or the newest technologies. A strong curriculum is one that makes deliberate choices about what matters, organizes that knowledge coherently, gives students meaningful opportunities to use it, and evaluates whether the intended learning is actually occurring.
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I also believe curriculum quality should be judged by more than its written document. A curriculum may look impressive on paper while providing students with limited opportunities for practice, application, inquiry, or meaningful feedback.
The more important question is therefore: Does the curriculum create a coherent pathway from what students are expected to learn to what they actually experience and demonstrate? That is where curriculum moves from being a document to becoming an educational system in practice.
Common Questions About Curriculum
1. What is the simple meaning of curriculum?
Curriculum is the organized framework that establishes what students should learn, why they should learn it, how learning is structured, and how achievement can be evaluated.
2. Is curriculum the same as a syllabus?
No. A syllabus generally describes the content and topics covered in a particular course, while curriculum is broader and can include educational goals, content, progression, learning experiences, teaching approaches, and assessment.
3. What are the main types of curriculum?
Commonly discussed types include formal, informal, hidden, null, experiential, subject-centered, and learner-centered curriculum. Different educational traditions may use different classifications.
4. Why is curriculum important for students?
Curriculum provides a structured learning pathway. It can help students develop knowledge progressively, build important skills, understand how subjects connect, and prepare for further education, employment, and lifelong learning.
5. Who develops a curriculum?
Depending on the educational system, curriculum development may involve governments, curriculum specialists, teachers, school leaders, universities, researchers, assessment experts, professional organizations, employers, parents, and community representatives.
6. Can a curriculum change over time?
Yes. Curriculum can be reviewed and revised as research, technology, scientific knowledge, workforce requirements, educational priorities, and societal needs change. Effective curriculum development includes ongoing evaluation rather than assuming that a curriculum should remain permanently unchanged.
Final Perspective
Curriculum is much more than a list of subjects or topics taught in an educational institution. It is a framework that connects educational purpose, learning outcomes, knowledge, progression, learning experiences, teaching, and assessment. Its quality depends not simply on how much content it contains, but on how deliberately that content is selected, organized, taught, and assessed. A coherent curriculum helps students build knowledge progressively while providing meaningful opportunities to apply, analyze, evaluate, and use what they learn.
For that reason, understanding curriculum is useful not only for teachers and education professionals but also for students, parents, and anyone comparing educational programmes.
Ultimately, a strong curriculum is not the one that tries to teach everything. It is the one that makes thoughtful choices about what matters, organizes those choices into a coherent learning pathway, and gives students the knowledge and capabilities to continue learning in a changing world.
