SOFTWARE ENGINEERING COURSE

📘   Software Engineering

🧩 Course Overview

Goal: Learn how to design, build, test, deploy, and maintain high-quality software systems
Level: Beginner → Advanced
Duration: ~4–6 months (flexible)
Prerequisites: Basic programming knowledge (any language)

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📍 Module 1: Introduction to Software Engineering

What you’ll learn

• What software engineering is

• Software vs programs

• Roles: developer, tester, architect, DevOps

• Software crisis & why engineering matters

Key topics

• Software characteristics

• Types of software (system, web, mobile, embedded)

• Software engineering ethics

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📍 Module 2: Software Development Life Cycle (SDLC)

Models

• Waterfall

• Iterative

• Spiral

• Agile

• DevOps

Activities

• Requirement → Design → Development → Testing → Deployment → Maintenance

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📍 Module 3: Requirements Engineering

Topics

• Functional vs Non-functional requirements

• Requirement elicitation techniques

• Use cases & user stories

• SRS (Software Requirements Specification)

Deliverable

• Write a complete SRS document

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📍 Module 4: Software Design

Design Concepts

• Abstraction

• Modularity

• Cohesion & Coupling

• Design trade-offs

Design Techniques

• UML diagrams:

  • Class diagram

  • Sequence diagram

  • Use case diagram

• Architectural patterns:

  • MVC

  • Layered

  • Microservices

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📍 Module 5: Programming Fundamentals (Engineering Perspective)

Concepts

• Clean code principles

• Coding standards

• Error handling

• Documentation

Practices

• Version control with Git

• Code reviews

• Refactoring

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📍 Module 6: Data Structures & Algorithms (SE Focus)

Core structures

• Arrays, Linked Lists

• Stacks & Queues

• Trees & Graphs

• Hash tables

Algorithms

• Sorting & searching

• Time & space complexity (Big-O)

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📍 Module 7: Software Testing

Testing Types

• Unit testing

• Integration testing

• System testing

• Acceptance testing

Techniques

• Black-box & White-box testing

• Test cases & test plans

• Automated testing basics

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📍 Module 8: Software Quality & Maintenance

Quality Attributes

• Reliability

• Performance

• Security

• Maintainability

Maintenance Types

• Corrective

• Adaptive

• Perfective

• Preventive

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📍 Module 9: Agile & Scrum

Agile Principles

• Agile manifesto

• Iterative development

Scrum Framework

• Product backlog

• Sprint planning

• Daily stand-ups

• Sprint review & retrospective

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📍 Module 10: DevOps & Deployment

Topics

• CI/CD pipelines

• Build automation

• Containerization (Docker basics)

• Monitoring & logging

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📍 Module 11: Software Project Management

Concepts

• Estimation techniques

• Risk management

• Scheduling (Gantt, PERT)

• Team collaboration

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📍 Module 12: Software Security Basics

Topics

• Common vulnerabilities (OWASP Top 10)

• Authentication & authorization

• Secure coding practices

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📍 Module 13: Ethics & Professional Practice

• Intellectual property

• Data privacy

• Professional responsibility

• Legal aspects of software

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📍 Final Project (Capstone)

Build a complete software system

• Requirements document

• Design diagrams

• Implementation

• Testing plan

• Deployment

• Documentation

Example projects:

• Online learning platform

• Inventory management system

• Task management app

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🛠 Tools You Should Learn

• Git & GitHub

• IDEs (VS Code, IntelliJ)

• Issue tracking (Jira)

• Testing frameworks

• CI/CD tools

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📚 Recommended Learning Resources

• Software Engineering – Ian Sommerville

• Clean Code – Robert C. Martin

• Design Patterns – GoF

• Online practice: GitHub, LeetCode, Coursera

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🎓 Outcome

After completing this course, you will be able to:
✅ Design scalable software
✅ Work in real development teams
✅ Follow professional engineering practices

✅ Build production-ready systems