Software Engineering, Waterfall, Spiral, V-Model, RAD, Risk & Team Management, SDLC, Agile, Scrum, Software Development
What you'll learn
Introduction to Software Engineering | Basics, Importance & Career Scope
Software Requirements Analysis & Specification | Functional & Non-Functional Requirements
Software Metrics & Measurement | Code Quality, Productivity & Performance Evaluation
Software Development Models Explained | Waterfall, Spiral, V-Model, RAD & More
Agile Software Development | Scrum, Kanban, Principles & Agile Lifecycle
Software Design in Engineering | Architecture, Patterns & Modular Design
Key Software Design Principles | DRY, KISS, SOLID & Reusability Explained
Software Design Concepts | Abstraction, Modularity, Architecture & Patterns
Software Project Management (SPM) | Planning, Estimation, Risk & Team Management
Software Testing, Debugging & Maintenance | STLC, Types of Testing & Bug Fixing
Software Verification and Validation (V&V) | QA Techniques & Testing Strategies
Unified Modeling Language (UML) Tutorial | Diagrams, Use Cases & System Design
Requirements
Anyone join this course
Description
This course is for Software Engineering Course for Beginners to Advanced Leve. This course describes the following:Introduction to Software Engineering | Basics, Importance & Career ScopeSoftware Functional & Non-Functional Requirements Analysis & SpecificationSoftware Metrics & Measurement | Code Quality, Productivity & Performance EvaluationSoftware Development Models Explained | Waterfall, Spiral, V-Model, RAD & MoreAgile Software Development | Scrum, Kanban, Principles & Agile LifecycleSoftware Design in Engineering | Architecture, Patterns & Modular DesignKey Software Design Principles | DRY, KISS, SOLID & Reusability ExplainedSoftware Design Concepts | Abstraction, Modularity, Architecture & PatternsSoftware Project Management (SPM) | Planning, Estimation, Risk & Team ManagementSoftware Testing, Debugging & Maintenance | STLC, Types of Testing & Bug FixingSoftware Verification and Validation (V&V) | QA Techniques & Testing StrategiesUnified Modeling Language (UML) Tutorial | Diagrams, Use Cases & System DesignWelcome to the Software Engineering Course for Beginners to Advanced Level, your complete guide to mastering the principles and practices of software development. This course is designed for students, aspiring developers, and professionals who want to build a strong foundation in software engineering and advance their knowledge to an expert level.You will start by learning the basics of software engineering, including its importance, principles, and lifecycle models like Waterfall, Spiral, and Agile. The course then moves into requirements analysis, software design, design principles, and software metrics to help you plan and measure software quality effectively.You'll explore Agile methodologies, including Scrum and Kanban, followed by a detailed study of Software Project Management (SPM), covering estimation, scheduling, and risk management. You'll also master software testing, debugging, maintenance, and verification & validation techniques to ensure high-quality code.Advanced modules include Unified Modeling Language (UML), architectural design, and real-world applications to give you practical, job-ready skills. Whether you're preparing for a career in software development or enhancing your skills, this course is your one-stop resource to become a confident, professional software engineer.Enroll now and transform your coding knowledge into professional software engineering expertise.
Overview
Section 1: Software Engineering Course for Beginners to Advanced Level
Lecture 1 Introduction to Software Engineering Explaination
Lecture 2 Introduction to Software Engineering Practice Question
Lecture 3 Software Functional & Non-Functional Requirements Analysis & Specification
Lecture 4 Software Metrics & Measurement, Code Quality, Productivity
Lecture 5 Software Development Models Explained | Waterfall, Spiral, V-Model, RAD & More
Lecture 6 Agile Software Development | Scrum, Kanban, Principles & Agile Lifecycle
Lecture 7 Software Design in Engineering | Architecture, Patterns & Modular Design
Lecture 8 Key Software Design Principles | DRY, KISS, SOLID & Reusability Explained
Lecture 9 Software Design Concepts | Abstraction, Modularity, Architecture & Patterns
Lecture 10 Software Project Management (SPM) | Planning, Estimation, Risk & Team Management
Lecture 11 Software Testing, Debugging & Maintenance | STLC, Types of Testing & Bug Fixing
Lecture 12 Software Verification and Validation (V&V) | QA Techniques & Testing Strategies
Lecture 13 Unified Modeling Language (UML) Tutorial | Diagrams, Use Cases & System Design
Who wants to learn about Software Engineering Course for Beginners to Advanced Level
Software Engineering Course For Beginners To Advanced Level
