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SED832

Curriculum Development In Science Education

  • Education
  • 800 level
  • 3 credit units
  • 124 pages
  • 24 units

This course introduces postgraduate students to curriculum development, design, integration, evaluation, and research in science education. It explores the expectations of the National Policy on Education for various educational stages. The course covers curriculum foundations, development processes, and integration strategies. Students will learn about ongoing research styles and different types of curriculum evaluation. The course aims to equip students with the knowledge to develop or review existing science curricula.

About this course

Difficulty
Intermediate
Study hours
48 hours
Maths
None
Content
Theoretical, case study, problem solving, research
Practical work
No
How it is assessed
  • Tutor marked assignments
  • Final examination

One paragraph, so you can see how it reads

SED832 · Unit 16 - Curriculum Research

Each of the study units follows a common format. The first item is an introduction to the subject matter of the unit and how a particular unit is integrated with the other units and the course as a whole.

What you should be able to do

  1. Explain the goals of education as outlined in the National Policy on Education.
  2. Differentiate between educational and behavioral objectives.
  3. Apply various models of curriculum development and design.
  4. Evaluate existing curriculum materials for deficiencies.
  5. Summarize ongoing curriculum research styles and trends.

What it prepares you for

Careers
  • Curriculum Developer
  • Science Educator
  • Educational Researcher
  • Instructional Designer
  • Education Consultant
Where it is applied
  • Education
  • Government
  • Research
  • Non-profit

Where it gets hard

The units students slow down on, and what makes each one heavy.

  • Module III: Foundations of the Science Curriculum

    Unit 9: Philosophical Foundations of Science Curriculum

    The unit requires understanding and relating abstract philosophical concepts to practical science education, demanding critical thinking and analytical skills.

  • Module IV: Curriculum Integration

    Unit 14 Problems of Curriculum Integration

    The unit requires synthesizing knowledge from various disciplines and understanding the complexities and challenges involved in creating a unified curriculum.

A suggested way through it

Suggested

13 weeks, about 42 hours in total. Yours will differ.

  1. Week 1Module I: Goals of Education
    • Unit 1: National Policy on Education · 3 hours

      Study the aims of primary, secondary, and tertiary education as defined in the National Policy on Education.. Identify how the government intends to achieve these aims.. Reflect on the implications for science curriculum development..

  2. Week 2Module I: Goals of Education
    • Unit 2: Educational Objectives · 3 hours

      Define educational and behavioral objectives.. Differentiate between them and explain their functions.. Relate Wright's hierarchy of educational objectives to current educational programs..

  3. Week 3Module I: Goals of Education
    • Unit 3: The Emerging Concepts of the Curriculum · 3 hours

      Analyze various definitions of the curriculum.. Differentiate between the curriculum, the school, and education.. Formulate and defend your own definition of the curriculum..

  4. Week 4Module I: Goals of Education
    • Unit 4 "Science for All" Curriculum · 3 hours

      Explain epistemological issues in the science curriculum.. Discuss gender issues affecting science education.. Analyze the effects of culture on science education and differentiate between acculturation and enculturation..

  5. Week 5Module II: Curriculum Development Design and Processes
    • Unit 5: Curriculum Development and Design · 3 hours

      Trace the history of curriculum development in Nigeria.. Compare Wheeler's and Ehindero's models of curriculum development.. Identify stages involved in project management in curriculum development..

  6. Week 6Module II: Curriculum Development Design and Processes
    • Unit 6: Stages in Curriculum Development · 3 hours

      List and describe the seven stages of curriculum development.. Explain the importance of a curriculum team.. Discuss why subject matter should be child-focused.. Evaluate existing curriculum materials for deficiencies..

  7. Week 7Module II: Curriculum Development Design and Processes
    • Unit 7: Curriculum Development Process · 3 hours

      Identify organizations involved in curriculum development.. Discuss problems in implementing the curriculum.. Analyze why some curriculum materials do not pass through all development stages..

  8. Week 8Module III: Foundations of the Science Curriculum
    • Unit 8: Historical Foundations of Science Curriculum · 3 hours

      List great scientists and their achievements.. Relate achievements to the development of the science curriculum.. Summarize the science curriculum from a historical perspective..

  9. Week 9Module III: Foundations of the Science Curriculum
    • Unit 9: Philosophical Foundations of Science Curriculum · 3 hours

      List great philosophers in science education.. Summarize their contributions to the philosophical foundation of science.. Describe philosophical theories associated with science..

  10. Week 10Module III: Foundations of the Science Curriculum
    • Unit 10: Psychological Foundations of Science Curriculum · 3 hours

      List psychological issues to consider in the classroom.. Summarize learning principles from Ausubel, Bruner, Gagne and Piaget.. State implications of learning theories for science teaching..

  11. Week 11Module IV: Curriculum Integration
    • Unit 11 Curriculum Integration · 3 hours

      Explain the concept of curriculum integration.. List integrated curricula.. Differentiate between product-oriented and process-oriented programs.. Analyze the relationship between processes and products of science..

  12. Week 12Module IV: Curriculum Integration
    • Unit 12 Levels of Curriculum Integration · 3 hours

      Give examples of inter-disciplinary and intra-disciplinary integration.. Distinguish between the two.. Integrate products and processes of science in curriculum design..

  13. Week 13Module IV: Curriculum Integration
    • Unit 13 Justification for Curriculum Integration · 3 hours

      State philosophical reasons for integrating science.. Advance psychological reasons for integrating science.. List advantages of integrated science from a pedagogical viewpoint.. Argue for and against curriculum integration..

    • Unit 14 Problems of Curriculum Integration · 3 hours

      State reasons why lack of qualified teachers should hinder integration.. List factors that can militate against integrating the curriculum.. Justify why sufficient time should be provided for integrated curriculum..

Preparing for the exam

What to do
  • Review all tutor-marked assignments and feedback to identify areas of weakness.
  • Create concept maps linking key concepts from different modules to reinforce understanding.
  • Focus on understanding the various models of curriculum development and their applications.
  • Practice applying the principles of curriculum integration to different science topics.
  • Familiarize yourself with the key research styles and trends in science education.

Questions students ask about this course

What is SED832 about?

This course introduces postgraduate students to curriculum development, design, integration, evaluation, and research in science education. It explores the expectations of the National Policy on Education for various educational stages. The course covers curriculum foundations, development processes, and integration strategies. Students will learn about ongoing research styles and different types of curriculum evaluation. The course aims to equip students with the knowledge to develop or review existing science curricula.

How many units does SED832 have?

SED832, Curriculum Development In Science Education, has 24 units across 5 modules, over 124 pages of course material. You can read it one unit at a time.

How many credit units is SED832?

SED832 carries 3 credit units, at 800 level in Education.

Is SED832 hard?

SED832 is rated intermediate level, with no mathematical content. It is mostly theoretical, case study, problem solving and research work.

How long does SED832 take to study?

About 48 hours of study, spread across its 24 units.

How is SED832 assessed?

SED832 is assessed by tutor marked assignments and final examination.

What can I do with SED832?

Curriculum Developer, Science Educator, Educational Researcher, Instructional Designer and Education Consultant.

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