CS 301: Software Engineering

Become a software engineering expertise with our comprehensive course! You'll learn about process models, agile development, testing, requirements modeling, software design, user interface design, and more.

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Course Curriculum

1. 1.1 Understanding Computer Software: Definitions and Applications
2. Quiz 1.1
3. 1.2 Essentials of Software Engineering: Processes and Methodologies
4. Quiz 1.2
5. 1.3 Systems Analysis in Software Engineering
6. Quiz 1.3
7. 1.4 Object-Oriented Analysis and Design (OOAD)
8. Quiz 1.4
9. 1.5 Key Steps and Best Practices in Software Engineering
10. Quiz 1.5
11. 1.6 Systems Development Life Cycles: A Comprehensive Overview
12. Quiz 1.6
13. 1.7 Dispelling Myths in Software Engineering
14. Quiz 1.7
15. VIDEO:Introduction to Software Engineering
16. VIDEO:Software Development Life-Cycle Methodologies
17. VIDEO:Object-Oriented Programming
18. VIDEO:Teaching Software Development
19. VIDEO:Software Engineering Case Study
20. VIDEO:Teaching Software Development
1. 2.1 Exploring the Waterfall Model: Core Concepts and Applications
2. Quiz 2.1
3. 2.2 An Overview of Process Patterns in Software Engineering
4. Quiz 2.2
5. 2.3 Fundamentals of the Iterative Model in Software Development
6. Quiz 2.3
7. 2.4 Insights into Incremental Decision-Making Models
8. Quiz 2.4
9. 2.5 The Spiral Model: A Risk-Driven Process Approach
10. Quiz 2.5
11. 2.6 Concurrent Development Models in Software Engineering
12. Quiz 2.6
13. 2.7Integration and Configuration Models: Key Concepts and Strategic Importance
14. Quiz 2.7
15. 2.8 Component-Based Software Engineering (CBSE) Model
16. Quiz 2.8
17. 2.9 Formal Methods in Software Engineering: Theory and Practice
18. Quiz 2.9
19. 2.10 Implementing the Unified Process Model in Project Management
20. Quiz 2.10
21. 2.11 Real-World Applications of Software Engineering Process Models
1. 3.1 Evaluating Agile Development Methodologies
2. Quiz 3.1
3. 3.2 Analyzing Agile Artifacts: User Stories vs. Use Cases
4. Quiz 3.2
5. 3.3 Tools and Frameworks for Agile Project Management
6. Quiz 3.3
7. 3.4 Strategies for Scaling Agile in Large Organizations
8. Quiz 3.4
9. 3.5 Principles of Rapid Application Development (RAD)
10. Quiz 3.5
11. 3.6 Joint Application Development (JAD): Phases and Methodologies
12. Quiz 3.6
13. 3.7 The Stage-Gate Model in Product Development
14. Quiz 3.7
15. 3.8 Fundamentals of Software Testing: Practices and Methodologies
16. Quiz 3.8
17. 3.9 Exploring Various Software Testing Techniques
18. Quiz 3.9
19. 3.10 The Dynamics of Software Evolution
20. Quiz 3.10
21. 3.11 Agile Refactoring: Principles and Practices
22. Quiz 3.11
1. 4.1 Introduction to Agile Methodology
2. Quiz 4.1
3. 4.2 Fundamentals of Agile Software Development
4. Quiz 4.2
5. 4.3 The Agile Development Process and Lifecycle
6. Quiz 4.3
7. 4.4 Scaling Agile in Large Projects
8. Quiz 4.4
9. 4.5 Extreme Programming (XP) Explained
10. Quiz 4.5
11. 4.6 Overview of Agile Process Models
12. Quiz 4.6
13. 4.7 Scrum in Practice
1. 5.1 Principles of Software Requirements Modeling
2. Quiz 5.1
3. 5.2 Fundamentals of Software Prototyping
4. Quiz 5.2
5. 5.3 Essentials of Requirements Engineering
6. Quiz 5.3
7. 5.4 Scenario-Based Requirements Modeling
8. Quiz 5.4
9. 5.5 Introduction to UML Modeling
10. Quiz 5.5
11. 5.6 Fundamentals of Data Modeling in Software Engineering
12. Quiz 5.6
13. 5.7 Class-Based Data Modeling Techniques
14. Quiz 5.7
15. 5.8 UML Use Case Diagrams in Practice
16. VIDEO: Introduction to UML
17. VIDEO: Use Cases
18. VIDEO: UML State Diagrams
19. VIDEO: UML Class Diagrams
20. VIDEO: UML Activity Diagrams
21. VIDEO: Object-Oriented Design
1. 6.1 Understanding Data Flow Diagrams
2. Quiz 6.1
3. 6.2 Exploring Control Flow Diagrams: Symbols and Applications
4. Quiz 6.2
5. 6.3 Comprehensive Guide to Use Case Diagrams, Documents, and Templates
6. Quiz 6.3
7. 6.4 System Context Diagrams: Concepts and Case Studies
8. Quiz 6.4
9. 6.5 Behavioral Models in Software Requirements
10. Quiz 6.5
11. 6.6 Requirements Modeling: Analyzing Classes, Functions, and Behaviors
12. Quiz 6.6
13. 6.7 Managing Requirements in Web Applications
14. Quiz 6.7
15. 6.8 UML Sequence Diagrams in Practice
16. VIDEO: More on UML Use Cases in Requirements Analysis
17. VIDEO: Behavior-Based Modeling - Sequence Diagram
18. VIDEO:More on UML Collaboration Diagrams
19. VIDEO:HR System Development Products
1. 7.1 The Software Design Process
2. Quiz 7.1
3. 7.2 Key Concepts in Software Design
4. Quiz 7.2
5. 7.3 Object-Oriented Design Fundamentals
6. Quiz 7.3
7. 7.4 Elements of Software Design Models
8. Quiz 7.4
9. 7.5 Using UML Deployment Diagrams in Practice
10. VIDEO:Session 2835 (HR Project - Technical Documentation)
1. 8.1 Understanding Conceptual Architecture Diagrams
2. Quiz 8.1
3. 8.2 Exploring Software Architecture Styles
4. Quiz 8.2
5. 8.3 Architectural Design: Archetypes and Components
6. Quiz 8.3
7. 8.4 Transform Mapping in Software Architecture Design
8. Quiz 8.4
9. 8.5 Data Flow Diagrams and System Architecture in Practice
1. 9.1 Fundamentals of Component-Level Design
2. Quiz 9.1
3. 9.2 Principles and Processes of Class-Based Component Design
4. Quiz 9.2
5. 9.3 Implementing Component-Level Design: Steps and Illustrations
6. Quiz 9.3
7. 9.4 Applying Component-Level Design in Software Projects
1. 10.1 Understanding User Interface Design
2. Quiz 10.1
3. 10.2 Principles and Guidelines for Human Interface Design
4. Quiz 10.2
5. 10.3 Methodologies for Analyzing User Interface Design
6. Quiz 10.3
7. 10.4 Strategies for Implementing User Interface Design
8. Quiz 10.4
9. 10.5 Designing Application Interfaces for Web and Mobile Platforms
10. Quiz 10.5
11. 10.6 Real-World Applications of User Interface Design in Software Engineering
1. 11.1 Validating Software Requirements: Processes and Techniques
2. Quiz 11.1
3. 11.2 Understanding Dependability Properties of Systems: Principles and Objectives
4. Quiz 11.2
5. 11.3 Exploring Formal Methods in Software Development
6. Quiz 11.3
7. 11.4 Introduction to Reliability Engineering: Definitions and Objectives
8. Quiz 11.4
9. 11.5 Implementing Best Practices for Reliable Programming
10. Quiz 11.5
11. 11.6 Assessing System Performance Reliability: Measurement Methods
12. Quiz 11.6
13. 11.7 Overview of Information Security Types
14. Quiz 11.7
15. 11.8 Testing Network Security: Methods and Approaches
16. Quiz 11.8
1. 12.1 Understanding Project Risk Management
2. Quiz 12.1
3. 12.2 Planning Project Management: Processes and Tools
4. Quiz 12.2
5. 12.3 Team Formation and Role Assignments in Project Management
6. Quiz 12.3
7. 12.4 Agile Planning: Methodologies and Tools
8. Quiz 12.4
9. 12.5 Addressing Challenges and Processes in Managing Software Projects
10. Quiz 12.5
11. 12.6 The W5HH Principle in Software Project Management: Concepts and Examples
12. Quiz 12.6
13. 12.7 Estimating Projects with Uncertain Activity Durations
14. Quiz 12.7
15. 12.8 Exploring Quality Management Systems in Software Projects
16. Quiz 12.8
17. 12.9 Policies for Project Schedule Configuration Management
18. Quiz 12.9
19. 12.10 Understanding Configuration Management: Processes and Tools
20. Quiz 12.10
21. 12.11 Control Items and Procedures in Configuration Management
22. Quiz 12.11
23. 12.12 Project Change Management: Planning and Components
24. Quiz 12.12
1. 13.1: Exploring Component-Based Software Engineering (CBSE): Definitions and Component Models
2. Quiz 13.1
3. 13.2 Understanding Distributed Computing: Principles, Environments, and Applications
4. Quiz 13.2
5. 13.3 Middleware in Software Engineering: Definitions, Uses, and Examples
6. Quiz 13.3
7. 13.4 Exploring Client-Server Networks: Definitions, Advantages, and Disadvantages
8. Quiz 13.4
9. 13.5 Architectural Patterns for Distributed Systems: Definitions and Importance
10. Quiz 13.5
11. 13.6 Delving into Software as a Service (SaaS): Definitions, Examples, and Benefits
12. Quiz 13.6
13. 13.7 Evaluating Advantages and Disadvantages of Service-Oriented Architecture
14. Quiz 13.7
15. 13.8 Understanding Service Engineering: Definitions and Processes
16. Quiz 13.8
17. 13.9 Introduction to Sociotechnical Systems (STS) Theory
18. Quiz 13.9
19. 13.10 Defining Conceptual Models: Characteristics and Applications
20. Quiz 13.10
21. 13.11 Exploring Project Procurement Management: Definitions and Processes
22. Quiz 13.11
23. 13.12 Understanding System of Systems (SoS): Definitions and Challenges
24. Quiz 13.12
1. Grading Rubric (100 marks)
2. Assignment
1. Final Exam

About this course

220 lessons
1750+ Transfer Colleges
ACE & NCCRS Approved
Globally Recognized

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General Questions

Is there any time commitment we have to give?

With UPI, you determine your own level of time commitment. You can move through coursework quickly or slow down your pace.
Are there exams? How is the course grading done?
YES, there are exams—held online on our platform and are proctored. Your course grade distribution is:

25% Attendance

25% Quiz

25% Assignments

25% Final Exam

Content Questions

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1) Is your university listed? If it's one of the 1,500 universities listed with NCCRS, you're all set.

OR

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Membership Questions

Will there be hand holding to help transfer courses?

Yes, that is what differentiates UPI. With each student their advisor will guide them on how to move forward.

CS 301: Software Engineering

Course Curriculum

Ch 1. Fundamentals of Software Engineering

Ch 2. Software Engineering Process Models

Ch 3. Software Engineering: Development Strategies and Testing Practices

Ch 4. Agile Methodologies in Software Engineering

Ch 5. Systematic Approaches to Software Requirements and Modeling

Ch 6. Techniques in Software Requirements Engineering

Ch 7. Principles of Software Design and Reuse

Ch 8. Fundamentals of Software Architectural Design

Ch 9. Exploring Component-Level Design

Ch 10. Principles of User Interface Design in Software Development

Ch 11. Software Verification, Validation, and Security

Ch 12. Software Project Management and Governance

Ch 13. Future Trends and Technologies in Software Engineering

Assignment

Final Exam & Assignment

About this course

Answers You Didn't Know You Needed!