User:Ritu Shrestha/Teaching Practice Lesson Plan-24

Class: BICTE 4^th Semester                                              Date: 2024/02/20

Subject: System Analysis and Design                               Time: 50 min      

Unit: 6                                                                            Number of Students: 15

Topic: Introduction to System Architecture Development          

1.    Specific Objective:

At the end of this lesson, students will be able:

·       To introduce the concept of system architecture development.

·       To identify system architecture components, principles, and processes.

2.    Instructional materials:

·       Daily uses materials

·       PowerPoint presentation slides

3.    Teaching Learning Activities:

·       Welcome the students to the lesson and introduce the topic of system architecture development.

·       Ask students to share any experiences they have had with designing or implementing systems.

·       Define system architecture as the structure or blueprint of a system, encompassing its components, principles, and processes.

·       Discuss principles and best practices in system architecture development.

·       Encourage students to brainstorm examples of how these principles can be applied in real-world systems.

·       Divide the class into four small groups and assign each group critical thinking challenges related to System Architecture Frameworks and Methodologies, and Architectural Decision Making and Documentation.

·       Encourage creativity and critical thinking, and allow time for groups to present their solutions to the class.

·       Summarize the key concepts and insights discussed during the lesson.

·       Encourage students to ask any remaining questions or share any additional thoughts before concluding the lesson.

4.    Assessment:

·       Define system architecture and explain its importance in system development.

·       Discuss principles and best practices in system architecture, and explain how they contribute to the design of robust and scalable systems.

5.    Evaluation:

Propose a system architecture design for a hypothetical scenario, explaining the rationale behind architectural decisions.