Software Engineering Fundamentals and Life Cycle - eLearning

Software Engineering Fundamentals and Life Cycle - eLearning

Gain a solid foundation in modern software development with the Software Engineering Fundamentals & Life Cycle Training. This course introduces you to the complete software engineering process—from planning and requirements gathering to design, development, testing, deployment, and maintenance.

You’ll explore industry-standard Software Development Life Cycle (SDLC) models such as Waterfall, Agile, and iterative approaches, while understanding how real-world teams build high-quality, scalable software systems. The course also emphasizes collaboration, process optimization, and best practices used by professional engineering teams.

By the end of the program, you’ll have a clear understanding of how software is engineered in real environments and how each phase contributes to delivering reliable and efficient applications.

Key Features

• Course and material in English
• Beginner level
• 6 Hours of On-Demand Videos
• 9 Auto-Graded Assessments
• 35 Recall Quizzes
• 15+ hours recommended study time
• 1 Year access to the learning platform
• Program completion certification included

Learning Outcomes

• Develop a deep understanding of the Software Engineering Fundamentals & Life Cycle (SEFLC)
• Learn the purpose, benefits, and importance of SEFLC in software development
• Explore the key phases of the software development lifecycle
• Understand the role and structure of a Software Requirements Specification (SRS) document
• Learn the process and steps involved in software implementation
• Gain insights into cutover planning and different deployment strategies
• Understand how to select suitable software testing techniques
• Explore traditional SEFLC models and their applications

Target Audience

• Aspiring software engineers and developers
• Fresh graduates in computer science or IT
• Beginners entering the software development industry
• Business analysts and project coordinators working with development teams
• QA testers and IT professionals looking to understand SDLC
• Anyone interested in how software systems are built from start to finish

Prerequisites

• Basic understanding of computers and software concepts
• Familiarity with basic programming logic (helpful but not required)
• No prior experience in software engineering or SDLC required
• Analytical and problem-solving mindset

Course Content

Introduction

• SDLC Introduction
• What Is Software
• What Is Software Development
• Needs and Advantages of SDLC

Software Requirement and Specification  

• Introduction to Software Requirement and Specification
• Recap of Software Development Phases
• Need of Requirement Gathering
• Purpose of SRS and the Difference Between Requirement and Specification
• Understanding Non-Functional Requirements WRSPM Model of SRS

Software Architecture 

• Software Architecture 
• Software Architecture Definition 
• Software Architect 
• Roles of a Software Architect 
• Software Architecture Models 
• Stages of the Software Architecture Process 

Software Design  

• Introduction to Software Design 
• What is Software Design 
• Principles of Software Design 
• Concepts of Software Design 
• Software Design Levels 
• Need for Software Design 
• Software Modularization 
• Cohesion  

Software Implementation, Rollback, Cutover Strategies and Deployment 

• Introduction to Software Implementation 
• Basics of Software Implementation 
• Overview of Application Development 
• Software Testing 
• Deployment 
• Rollback 
• Overview of cutover and its Strategies 

Software Testing

• Introduction to Software Testing
• Fundamentals of Testing
• Various Parts of Testing Process
• Techniques of Testing
• Techniques of Testing Manual and Automation
• Techniques of Testing Experience-Based Testing
• Choosing the Appropriate Testing Technique
• Test-Driven Development (TDD)

Software Development Models (Traditional) 

• Traditional Software Development Lifecycle Models 
• Waterfall Model 
• Advantages and Disadvantages of Waterfall Model 
• V Model 
• Incremental Model 
• Spiral Model 
• Pictorial Representation of Spiral Model 

Software Development Models (New Age)

• Need for modern software development models 
• Agile Model 
• Lean Model   

Deep Dive into the Lean Methodology

• Lean Methodology 
• Lean Principle for Manufacturing
• Lean Software Development
• Lean Methodology and Its Benefits
• Lean Vs- Agile 
• Kanban 
• Kaizen 
• Features of Lean 
• Lean Start-Up Model 
• An Overview of Design Thinking 
• A Discussion on Lean vs Agile Model 

FAQ

Will there be any learning material beyond self-paced videos?

Absolutely! The on-demand learning experience goes beyond videos to provide a fully immersive learning environment, including:

• LEARN: Interactive recall quizzes, and real-world case studies to reinforce concepts
• ASSESS: Diagnostic, module-level, and final assessments to track your progress
• PRACTICE: Hands-on exercises with real-world simulations and Cloud Labs
• GAIN INSIGHTS: Real-time analytics and reports highlighting your learning progress, challenges, and suggested areas to revisit for mastering key skills

Can I pursue this course alongside my full-time job?

Yes! This course is designed for maximum flexibility. Delivered in a self-paced online format, it allows you to learn and upskill at your own convenience, making it easy to balance with your full-time job.

Is this course suitable for beginners?

Yes, it is designed specifically to introduce beginners to software engineering concepts and SDLC fundamentals.

Do I need coding experience?

No, prior coding experience is not required, though basic knowledge can be helpful.

What will I learn in this course?

You will learn software development phases, SDLC models, and how real-world software projects are planned and executed.

Is this course practical or theoretical?

It combines conceptual understanding with real-world software engineering practices.

How is SDLC used in real companies?

SDLC is used to structure software projects, ensuring efficient planning, development, testing, and deployment.

Will this help me in a software engineering career?

Yes, it provides foundational knowledge required for roles in software development, QA, and project coordination.