PDE 117 (EDUCATIONAL TECHNOLOGY) past question

 

PDE 117(Formerly 206)

(EDUCATIONAL TECHNOLOGY)

 

QUESTION 1

(a) Define the concept of "Educational Technology" (10 marks)

What the question asks:

·         Give a clear definition of educational technology. The student must understand that it is more than just gadgets; it’s about applying technology and techniques to enhance learning.

In-depth answer:

·         Educational Technology is the systematic application of scientific knowledge, methods, and tools to improve the process of teaching and learning.

·         Key points:

o    Involves media, instructional materials, and modern teaching methods.

o    Enhances efficiency, understanding, and retention in learners.

·         Example: Using a projector, animations, and e-learning platforms to teach science concepts.

 

(b) Explain the three (3) different approaches to Educational Technology (15 marks)

What the question asks:

·         Identify and describe three ways or perspectives of understanding educational technology.

In-depth answer:

1.      Hardware Approach – Focuses on the physical tools or devices used in education.

o    Examples: Computers, projectors, radios, televisions, smartboards.

2.      Software Approach – Emphasizes instructional materials and media for learning.

o    Examples: Textbooks, lesson plans, simulations, e-learning modules.

3.      System Approach – Sees education as a system where technology improves teaching and learning processes.

o    Example: Integrating online learning, classroom instruction, assessment, and feedback systematically.

Explanation:

·         These approaches show that educational technology is not only about gadgets but also methods, media, and systematic planning.

 

QUESTION 2

(a) Carefully outline the historical evolution of Educational Technology in Nigeria

What the question asks:

·         Describe how educational technology developed over time in Nigeria, highlighting major milestones.

In-depth answer:

1.      Pre-independence period – Use of simple visual aids, chalkboards, and books. Limited formal integration of technology.

2.      Post-independence (1960s–1970s) – Introduction of radio and television in schools for distance learning.

3.      1980s–1990s – Use of audio-visual aids such as projectors and overhead transparencies.

4.      2000s to present – Integration of computers, internet, e-learning platforms, and multimedia in formal and non-formal education.

Explanation:

·         Shows understanding that educational technology evolved from simple to modern, digital methods in Nigeria.

 

(b) Outline the functions of Educational Technology in formal and non-formal settings (10 marks)

What the question asks:

·         Explain how educational technology is used in schools and adult/community learning programs.

In-depth answer:

1.      Enhances learning and retention – Students understand and remember better using visual and audio aids.

2.      Facilitates teaching – Reduces teacher effort; lessons become more engaging.

3.      Provides access to information – Non-formal learners can use e-learning, radio, or mobile platforms.

4.      Promotes self-learning – Students learn independently with instructional media.

5.      Encourages interaction and creativity – Learners engage actively in lessons through multimedia tools.

 

QUESTION 3

List and explain any FIVE constraints militating against the development of Educational Technology in Nigeria and suggest ways of overcoming them (25 marks)

What the question asks:

·         Identify problems hindering the use of educational technology and propose solutions.

In-depth answer:

1.      Inadequate funding

o    Many schools cannot afford computers, projectors, or software.

o    Solution: Increase government and private sector investment in educational technology.

2.      Poor infrastructure

o    Lack of electricity, internet, or computer labs.

o    Solution: Provide reliable electricity, internet connectivity, and functional labs.

3.      Lack of trained personnel

o    Teachers may not know how to use educational technology effectively.

o    Solution: Organize training and professional development workshops.

4.      Resistance to change

o    Teachers may prefer traditional methods.

o    Solution: Sensitize educators on benefits of technology; provide incentives.

5.      Maintenance problems

o    Equipment often breaks down due to poor maintenance.

o    Solution: Establish maintenance schedules and employ technical staff.

 

QUESTION 4

State five (5) advantages and three (3) disadvantages of using models in the classroom (15 marks)

What the question asks:

·         Give benefits and limitations of using physical or conceptual models in teaching.

In-depth answer:

Advantages:

1.      Enhances understanding of abstract concepts.

2.      Makes learning more concrete and visual.

3.      Stimulates interest and motivation.

4.      Encourages active participation.

5.      Useful for demonstration in science, geography, and technical subjects.

Disadvantages:

1.      Some models are expensive and not affordable.

2.      May oversimplify complex concepts.

3.      Require training to use effectively.

 

QUESTION 5

Distinguish between aims, goals, and objectives (12 marks)

What the question asks:

·         Explain the difference between broad intentions (aims), specific desired results (goals), and measurable targets (objectives).

In-depth answer:

Term

Meaning

Example

Aim

Broad statement of intent or purpose

“To improve science education in secondary schools”

Goal

More specific than aim; general direction or outcome

“Increase students’ understanding of physics concepts”

Objective

Measurable, precise, achievable targets

“By the end of the term, 80% of students will score at least 70% in physics practical tests”

Explanation:

·         Aims are general; goals are specific but still broad; objectives are concrete and measurable.


Tips for Answering PDE-117 Exam Questions:

1.      Use headings and subheadings – clearly separate definitions, functions, advantages, etc.

2.      Provide examples – especially for applications of educational technology.

3.      Be concise but thorough – marks are often awarded for clarity, not volume.

4.      Link theory to practice – always relate technology to teaching and learning situations.

 

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