Introduction To Software Engineering By Manjula R
 

What you'll learn
Familiarize the software life cycle models and software development process
Illustrate the various techniques for requirements, planning and managing a technology project
Examine basic methodologies for software design, development, testing, and implementation
Understand manage user's expectations and the software development team
Requirements
Basic programming knowledge and understanding of data structures and algorithms.
Description
Software Engineering is a subdomain of Engineering in which you learn to develop, design, test, and maintain software using a systematic and structured approach. Software is a collection of programs. And that programs are developed by software engineers. Software engineering is the systematic, disciplined, and quantifiable application of engineering principles to the full lifecycle of software-from design and development to testing, deployment, and maintenance. It treats software creation not just as coding, but as a long-term engineering endeavor.Typical stages include:Requirements analysis & planningSoftware design & architectureConstruction & codingTesting (unit, integration, system)Deployment and integrationMaintenance & evolutionWhat Software Engineers DoDaily activities include:Crafting and maintaining codeDebugging, refining algorithms, and performance tuningConducting design reviews & implementing architectureWriting and maintaining tests for reliabilityCollaborating with product teams, stakeholders, and peersLearning OutcomesGraduates typically can:Elicit and manage software requirementsArchitect, design, construct, and verify complex systemsApply engineering methods and standards for robust, secure softwarePlan & manage projects, assess quality through metrics and testingSelect and adapt development models (Agile, Waterfall, DevOps)Collaborate on real-world projects and effectively communicate with stakeholdersIn this Software Engineering course, you will learn all the basic concepts, like Software Engineering Models and Architecture, Software development life cycle, software metrics, software requirements, etc. This software engineering tutorial is best suited for students and aspiring software engineers, providing a deep understanding of many different aspects of software engineering.
Overview
Section 1: Introduction to Software Engineering
Lecture 1 The evolving role of software
Lecture 2 Software Process
Lecture 3 Prescriptive Process models
Section 2: Software Design
Lecture 4 Design Concepts
Lecture 5 Architectural Design
Lecture 6 Component Level Design
Lecture 7 User Interface Design
Section 3: Software Testing Strategies and Metrics
Lecture 8 Testing Strategies
Lecture 9 Software testing Techniques
Lecture 10 Software product Metrics
Lecture 11 Process and Product Metrics
Section 4: Risk management
Lecture 12 Risk Management
Lecture 13 Quality management
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