Software Engineering(SE)

Learn Software Engineering(SE) the exam way—clear concepts, worked examples, and 99 focused lessons in computer science study.

Instructor: DAKALA SREENIVASULU

Last updated Aug 2026 en

14 learners enrolled

all-levels

This course includes

— on-demand video
Access on mobile & desktop
Full lifetime access
Certificate of completion

Course content

11 sections · 99 lectures · 13 total hours

Lec-01 : Introduction Preview
Lec-02 : Software Crisis
Lec-03 : Prototype Model
Lec-04 : Software Life Cycle Model
Lec-05 : Changing nature of software
Lec-06 : Waterfall model
Lec-07 : Spiral model
Lec-08 : Software quality
Lec-09 : SEI CMM
Lec-10 : What is ISO 9001 ?

Lec-11 : Process flow | Linear & Iterative Preview
Lec-12 : Process model
Lec-13 : Process Assessment
Lec-14 : Personal software process
Lec-15 : Team software process
Lec-16 : Unified process | 5 - Stages
Lec-17 : Incremental model
Lec-18 : RAD model
Lec-19 : Specialized process model

Lec-20 : Information flow metric Preview
Lec-21 : Software metrics
Lec-22 : Software myths
Lec-23 : LOC | Line of Code
Lec-24 : Functional point analysis - 1
Lec-25 : Functional point analysis - 2

Lec-26 : Software Project planning Preview
Lec-27 : Cost estimation
Lec-28 : Static Single variable model
Lec-29 : Static Multivalued model
Lec-30 : Single & Multivalued model Examples | Static
Lec-31 : COCOMO model - 1
Lec-32 : COCOMO model - 2
Lec-33 : COCOMO model - 3
Lec-34 : Ground work Establishment - 1
Lec-35 : Ground work Establishment - 2
Lec-36 : Scenario based modeling
Lec-37 : Risk management
Lec-38 : Risks in project management

Lec-39 : Requirement Engineering Preview
Lec-40 : Problem analysis methods | 7-Steps
Lec-41 : Data flow diagram
Lec-42 : Data dictionary
Lec-43 : Entity relationship diagram
Lec-44 : UML model
Lec-45 : Software requirement specification
Lec-46 : software prototyping
Lec-47 : Behavioral & Non - behavioral requirements
Lec-48 : Prototyping in software process

Lec-49 : Cohesion Preview
Lec-50 : Cohesion Classification
Lec-51 : Software Design
Lec-52 : Coupling
Lec-53 : Coupling classification
Lec-54 : Software architecture
Lec-55 : Object Oriented Design
Lec-56 : Function Oriented Design
Lec-57 : User interface design

Lec-58 : Architecture geners Preview
Lec-59 : Architectural styles - 1
Lec-60 : Architectural styles - 2
Lec-61 : Architectural styles - 3
Lec-62 : Assessing alternative Architectural design -1
Lec-63 : Assessing alternative Architectural Design - 2
Lec-64 : Assessing alternative Architectural design - 3
Lec-65 : Architectural design

Lec-66 : User interface Golden rules Preview
Lec-67 : User interface analysis & Design - 1
Lec-68 : User interface analysis & Design - 2
Lec-69 : User interface analysis & Design - 3
Lec-70 : Interface design steps

Lec-71 : Web design goals Preview
Lec-72 : Quality dimensions for end users
Lec-73 : Web application design quality
Lec-74 : Design pyramid for webapps
Lec-75 : Component level design
Lec-76 : Interface design principle - 1
Lec-77 : Interface design principle - 2
Lec-78 : Interface design principle - 3
Lec-79 : Aesthetic design
Lec-80 : Content design
Lec-81 : Navigation design
Lec-82 : Content & Web app architecture

Lec-83 : Maintenance process Preview
Lec-84 : Software maintenance
Lec-85 : Software maintenance Models - 1
Lec-86 : Software maintenance Models - 2
Lec-87 : Re-engineering
Lec-88 : Re-engineering & Configuration management
Lec-89 : Reverse engineering

Lec-90 : White box testing Preview
Lec-91 : Unit testing
Lec-92 : System testing
Lec-93 : Software testing
Lec-94 : Regression testing
Lec-95 : Gray box testing
Lec-96 : Black box testing
Lec-97 : Integration testing - 1
Lec-98 : Integration testing - 2
Lec-99 : Integration testing - 3

Explore related topics

Computer Science all-levels

Description

Software Engineering(SE) is an exam-focused computer science study programme designed for B.Tech / MCA learners and anyone revising CS subjects for semester exams (all levels). Lessons are paced for semester revision and competitive practice, with clear explanations you can replay anytime.

You will connect definitions to exam-style problems in Software Engineering(SE), so you can write clearer answers, dry-run code mentally, and revise units in order. Syllabus highlights include Introduction & Models, Software Process & Models, Software Metrics, Cost estimation, Software Requirement Analysis & Specifications, and Software design. Across 99 lessons, you will move from foundations to problem-solving patterns that show up in university papers and placement tests.

Taught by DAKALA SREENIVASULU, this course keeps theory short and practice heavy—so you can revise faster, spot examiner cues, and build confidence before mocks and finals.