This paper focuses on the cascade and applied science (University/College-based) models of teacher education. It will compare and contrast the implementation of the models in Uganda and Kenya and further discuss the effects and implications of the models at pre-service and continuous professional levels of teacher education.
Table of Contents
1. Introduction
2. The applied science models of teacher education
3. The Cascade model of teacher education
4. Comparison of why and how the cascade and the applied science models were chosen for use in Uganda
4.1 (a). Differences
4.2 (b) Similarities
5. Comparison of why and how the cascade and applied science models were chosen for use in Kenya
5.1 (a) Differences
5.2 (b) Similarities
6. Rationale for the use of cascade and applied science models of teacher education in Uganda
7. Rationale for the use of Cascade and Applied Science models of teacher education in Kenya
8. The effects and implications of cascade model on in-service or continuous professional development levels of teacher training in Uganda and Kenya
9. The effects and implications of applied science model of teacher education on pre-service level of teacher training in Uganda and Kenya
10. Conclusion
Research Objectives and Core Themes
This academic paper examines two prevalent teacher education models—the Cascade model and the Applied Science model—to analyze their implementation, rationale, and effectiveness within the educational landscapes of Uganda and Kenya. By comparing these approaches, the study seeks to identify their structural differences, professional implications, and functional shortcomings in both pre-service and in-service training environments.
- Theoretical comparison of Cascade and Applied Science teacher training models.
- Contextual analysis of model implementation in Uganda and Kenya.
- Evaluation of professional development outcomes and system inefficiencies.
- Role of stakeholders and donor funding in teacher education sustainability.
- Critical review of practical training gaps in pre-service and in-service pedagogical delivery.
Excerpt from the Book
The Cascade model of teacher education
Ngeze et al.,( n.d.) , asserts, “The cascade model of professional training is a top-down model of professional learning where there is a flow of information from ‘expert’ teachers or primary trainers to secondary trainers or multipliers at different levels. The secondary trainers receive an initial training and skills via workshop from expert teachers and the secondary trainers in turn train other teachers”. This illustrates that the model is capable of enabling the training of a big number of in-service teachers in a short period of time by using the existing teaching staff and workshop strategy (Bett, 2016; Suzuki, n.d.).
Basing on the above illustration, Cascade model of teacher education can be restated as a way of transferring messages from the facilitators at the top points to facilitators at the lower and local levels by way of workshops and for the in-service teachers only. It trains a good number of teachers in a short length of time.
Summary of Chapters
Introduction: Contextualizes teacher education as a vital framework of policies and provisions designed to empower prospective teachers with necessary professional skills and knowledge.
The applied science models of teacher education: Defines this university or college-based approach, which prioritizes academic theory and pedagogical foundation prior to practical classroom deployment.
The Cascade model of teacher education: Describes a top-down professional development strategy focused on efficiency and the rapid dissemination of knowledge from experts to secondary trainers.
Comparison of why and how the cascade and the applied science models were chosen for use in Uganda: Analyzes the implementation differences and functional commonalities of both models within the Ugandan context.
Comparison of why and how the cascade and applied science models were chosen for use in Kenya: Investigates the specific Kenyan adaptation of both models, focusing on stakeholder roles and training delivery.
Rationale for the use of cascade and applied science models of teacher education in Uganda: Explains the strategic motivations behind using these models, such as addressing teacher shortages and retooling existing staff.
Rationale for the use of Cascade and Applied Science models of teacher education in Kenya: Details the developmental goals, including the expansion of pedagogical content knowledge for diverse teacher categories.
The effects and implications of cascade model on in-service or continuous professional development levels of teacher training in Uganda and Kenya: Highlights structural inefficiencies, such as content dilution and the exclusion of teachers from the planning phase.
The effects and implications of applied science model of teacher education on pre-service level of teacher training in Uganda and Kenya: Discusses the disconnect between university-based theory and practical classroom demands, including issues regarding supervision and faculty experience.
Conclusion: Summarizes that while both models hold significant benefits, their systematic execution remains a challenge requiring further research for optimization.
Keywords
Cascade Model, Applied Science Model, Teacher Education, Uganda, Kenya, Professional Development, Pre-service Training, In-service Training, Pedagogy, Teacher Training, Workshop Strategy, Educational Policy, Stakeholders, Pedagogical Knowledge, School Practice.
Frequently Asked Questions
What is the primary subject of this research paper?
The paper provides a comparative analysis of the Cascade and Applied Science models of teacher education, evaluating their implementation and impact in Uganda and Kenya.
What are the two core teacher training approaches discussed?
The study focuses on the Cascade model, often used for in-service training, and the Applied Science (or University/College-based) model, typically used for pre-service education.
What is the central research aim?
The goal is to compare and contrast how these models are implemented, discuss the rationale behind their selection, and analyze their implications for teacher effectiveness at both pre-service and in-service levels.
Which methodologies are generally employed in these models?
Both models prioritize activity-based learning and support from experts, though they differ in their delivery structure—workshops for the Cascade model versus structured academic curricula for the Applied Science model.
What is covered in the main body of the text?
The body section details the differences and similarities of both models in Uganda and Kenya, specifically examining their rationales, implementation strategies, stakeholder involvement, and the challenges faced in each country.
Which keywords best describe this research?
Key terms include Cascade Model, Applied Science Model, Teacher Education, Professional Development, Pedagogy, and Educational Policy in East Africa.
How does the Cascade model impact the quality of training?
The paper suggests that the Cascade model often suffers from content dilution as information moves down the hierarchy, and it sometimes ignores the unique prior experiences of the teachers being trained.
What weaknesses are identified in the Applied Science model?
Shortcomings include a disconnect between university-taught theory and actual school environments, inadequate supervision during practicum, and a lack of practical teaching experience among some university lecturers.
What is the significance of the "sheltered" practice mentioned in the policy documents?
It refers to a supportive environment designed to help trainee teachers build confidence and competence before entering independent classroom management.
- Citar trabajo
- Patrick Okec (Autor), 2020, Comparing and Contrasting the Implementation of Cascade and Applied Science Models of Teacher Education in Uganda and Kenya, Múnich, GRIN Verlag, https://www.grin.com/document/1352530
