Comprehensive Course Description

UML (Unified Modeling Language), a standardized modeling language, is a powerful tool. This general purpose language consists of a unified set of diagrams. However, you must first understand that UML isn't a programming language. Rather, it's a visual language developed to help software and system developers for specifying, visualizing, creating, and documenting the objects of software systems, as well as for non-software systems and business modeling.

We need UML because complex applications are dependent on the collaboration and planning of various teams. But the problem is businesspeople don't understand code. In this context, having a clear way of communication amongst team members is crucial. Here's where UML helps non-programmers to quickly understand the essential requirements, processes, and functionalities of the system. UML represents a selection of best engineering practices. These practices have proven to be highly successful in modeling huge and complex systems.

UML is a vital component of developing object-oriented software. In fact, UML is important for the entire software development process. UML expresses the design of software projects using mostly graphical notations. Project teams can communicate, analyze potential designs, and confirm the software's architectural design using UML.

The design of this course is in the same pattern. You start with a brief introduction and overview of UML before proceeding to its importance and applications. Since UML is incomplete without a visualization tool, we have used tools along with their practical explanation to help you become familiar with hands-on UML concepts. The main aim is to build your proficiency so that you can confidently create a UML diagram for software modeling and design.

Visual Paradigm is used extensively throughout this course. This tool covers the main project, the case study, and a variety of mini projects too. Every single diagram is live. The purpose is to depict the exact environment you’ll face in a real-world workplace. The discussed tips also focus on overcoming various real-world challenges. Moreover, the course is replete with quizzes and exercises to keep you engaged and help you master complex analytical concepts.

In addition, the case studies, mini-projects, system requirement documents, and practical elaboration of each diagram in the mini-projects will strengthen your understanding of software design concepts. You'll find this course immensely helpful if you are a university student wanting to make your project or working on your thesis, or you have got an assignment on software engineering, or you are seeking a new role in system modeling and design domain. You can also use the guidelines in this course to work as a freelancer and make various UML modeling diagrams. In case you are stuck anywhere, we are here to guide you not only after course enrolment but also after course completion.

This course does not end here. We address career development in the concluding section to prepare you for interviews in any UML role. Also, you are introduced to the market trends so that you are fully prepared to go to the workplace with essential UML concepts and practice them with confidence and encouragement. Lastly, a UML glossary that summarizes all the important terms in one document is included. On the whole, this MUST take course for software engineers and common users alike will sharpen your skills and enhance your career.

How Is This Course Different?

This Learning by Doing course follows a unique format: Every theoretical explanation is accompanied by practical implementation.

Most online courses are overloaded with examples without any implementation. Explanation of theoretical concepts is another missing element. But this course offers you a true balance between theory and practice. Since the focus is to teach UML to a beginner, we have tried our best to simplify things and implement everything right from the first section.

The course ‘UML Modeling and Design’ reflects real-world workplace skills. You will become proficient in the fundamental concepts and methodologies of UML.

The course is:

• Easy to follow.

• Expressive.

• Thorough.

• Practical with live working on UML Tools.

• Self-explanatory and includes the latest developments in this field.

You will be motivated to continue your learning journey as you understand the detailed compilation of all the elementary concepts. You will make quick progress as a result. In this course, you will also experience much more than the topics covered. At the end of each topic, you will revise what you have learned by working on the assigned Homework/tasks/activities/quizzes (solutions are also provided). We follow this learning by doing methodology to evaluate and speed up your learning based on the concepts already covered and methods you have learned. These activities are aimed at getting you up and running with UML implementations.

The course material is meticulous with high-quality video content, assessment questions, informative handouts, and detailed course notes. Our friendly team will also quickly answer any course-related queries.

The course tutorials are divided into around 200 short videos. You’ll learn the essential concepts and methodologies of UML Modeling and Design along with practical implementation. The runtime of the HD videos is approximately 10 hours.

Why Should You Learn UML Modeling and Design?

UML is short for Unified Modeling Language (UML). You can use the UML language to visualize, elaborate, construct, and document products in software-intensive systems. Artifact refers to an assortment of products produced during software development, such as models, source code, test cases, etc. UML modeling can achieve the following objectives:

· Use models to better understand problems.

· The use of models can enhance communication amongst team members.

· Use models to detect errors or omissions earlier.

· Design results can be obtained by using models.

· The model provides the basis for the final code.

Course Content:

This comprehensive course covers the following topics in-depth:

Section 1: Introduction of the Course:

1. Introduction

2. What is UML?

3. Why use UML?

4. Goals of UML

5. Introduction to the Course

6. Introduction to the UML project

7. Introduction to the Course Instructor

8. Ending note

Section 2: UML, its importance, and applications:

1. The history and origins of UML

2. UML and its role in object-oriented modeling and design

3. Fundamental concepts of UML Modeling and design

4. Steps involved to link UML with OO Modeling and design

5. UML Modeling Tools

Section 3: System Scenario

1. What is a Scenario?

2. When are scenarios appropriate?

3. How do you write scenarios?

4. Example

5. Case Study: Airport Check-in system

6. Quiz

7. Quiz Solution

8. Introduction to UML Diagrams

Section 4: Use Case Diagram

1. What is Use Case Diagram?

2. Elements of Use Case diagram

3. When to use the Use Case Diagram?

4. How to Draw Use Case Diagram?

5. Example: Stock Brokerage System

6. Quiz

7. Quiz Solution

8. Relationships in Use Case Diagrams

9. Do’s and Don’ts in Use Case diagrams

10. Use Case Scenario

11. Example: Order Product

12. Quiz

13. Quiz Solution

14. Mini Project: Hospital Management System, Library Management System

Section 5: Class Diagram

1. What is a Class Diagram?

2. Definition and Purpose of Class Diagrams

3. Components of the Class diagram

4. Elements of a Class Diagram

5. Relationships between classes with examples

6. Example: Student and College

7. Quiz

8. Quiz Solution

9. When to use Class Diagrams?

10. How to draw Class Diagrams?

11. Do’s and Don’ts in Class Diagrams

12. Example Mini Project: ATM System

13. Quiz

14. Quiz Solution

Section 6: Interaction Diagrams

1. What is the Interaction Diagram?

2. Kinds of Interaction Diagrams

3. When to use Interaction Diagrams?

4. How to draw Interaction Diagrams?

5. Introduction to the Sequence Diagram

6. How to draw a Sequence Diagram?

7. Example Mini Project: Report Card Generation System, Library Management System

8. Quiz and Quiz Solution

Section 7: State and Activity Diagram

1. What is a State Diagram?

2. When to use the State diagram?

3. How to draw State diagrams?

4. Example: Order Processing

5. Quiz and Quiz Solution

6. What is an Activity Diagram?

7. When to use the Activity Diagram?

8. How to draw Activity Diagrams?

9. Terminologies and Symbols of Activity Diagrams

10. Example: Student Report Generation

11. Quiz

12. Quiz Solution

Section 8: Summary of Diagrams

1. Overview of UML Modeling and Diagrams

2. Summary in one go

3. Class Diagram

4. Component and Composite Structure Diagram

5. Deployment Diagram

6. Object Diagram

7. Package and Profile Diagram

8. Activity Diagram

9. State Machine Diagram

10. Use Case Diagram

11. Communication Diagram

12. Interaction Diagram

13. Sequence Diagram

14. Timing Diagram

15.References to use

Section 9: Case Study and Project

1. Case Study: Bank ATM System

2. System Requirements

3. Project: ATM System

Section 10: Careers with UML and Marketplace

1. Career Roles

2. Competitive Market Value

3. Interview Preparation

4. UML Glossary

After the successful completion of this UML course, you will be able to:

● Relate the concepts and practices of software engineering modeling and techniques and implement them using UML software.

● Apply for the jobs related to System Developer, System Engineer, System Architect, or any other role related to UML.

● Work as a freelancer in jobs related to UML and System Designer or Modeler.

● Implement any project that requires UML knowledge from scratch.

● Improve and extend the implementation of any other project for performance improvement.

● Know the theoretical and practical aspects of system design through UML.

Who this course is for:

● Absolute beginners in UML, Software Engineering, or any UML tool.

● People keen on extending their career in software modeling.

● People keen on making themselves ready for UML roles.

● People keen on learning UML tool along with its implementation in realistic projects.

● UML modelers, UML tool lovers, and software engineers.

● People interested in learning new tools.