Starting a new Lecture Notes Series on Software Engineering (SE)


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Software Engineering (SE) By Lecture Notes together!
Lecture 1: what is software engineering
Lecture 2: software crisis | software engineering2
Lecture 4: waterfall model | software engineering
Lecture 5: prototype model in software engineering
Lecture 6: spiral model | software engineering
Lecture 7: changing nature of software
Lecture 8: software quality
Lecture 9: SEI CMM
Lecture 10: what is iso 9001
Lecture 11: process flow | linear & iterative
Lecture 12: Generic process model
Lecture 13: process assessment
Lecture 14: personal software process
Lecture 15: team software process
Lecture 16: Unified process | 5-Stage
Lecture 17: incremental model
Lecture 18: RAD model
Lecture 19: specialized process model
Lecture 20: Line of Code (LOC)
Lecture 21: functional point analysis | part-1/2
Lecture 22: functional point analysis | part - 2/2
Lecture 23: information flow metric
Lecture 24: software metrics
Lecture 25: software myths
Lecture 26: software project planning
Lecture 27: cost estimation
Lecture 28: static single variate model
Lecture 29: static multivariate model
Lecture 30: static single & multivariate model | examples
Lecture 31: COCOMO model | part 1/3
Lecture 32: COCOMO model | part - 2/3
Lecture 33: COCOMO model | part 3/3
Lecture 34: ground work establishment | part-1/2
Lecture 35: ground work establishment | part-2/2
Lecture 36: scenario based modeling
Lecture 37: risk management
Lecture 38: risks in project management
Lecture 39: requirement engineering
Lecture 41: data flow diagram
Lecture 42: data dictionary
Lecture 43: entity relationship diagram
Lecture 44: uml model
Lecture 45: software requirement specification
Lecture 46: behavioral and non behavioral requirements
Lecture 47: software prototyping
Lecture 48: prototyping in software process
Lecture 49: software design | introduction
Lecture 50: cohesion
Lecture 51: coupling
Lecture 52: classification of cohesion
Lecture 53: coupling classification
Lecture 54: software architecture
Lecture 55: function oriented design
Lecture 56: object oriented design
Lecture 57: user interface design
Lecture 58: architecture geners
Lecture 59: architecturel style | introduction
Lecture 60: architectural styles | part-1/2
Lecture 61: architectural styles | part -2/2
Lecture 62: architectural design
Lecture 66: user interface golden rules
Lecture 67: User interface analysis & Design
Lecture 68: User interface design Models
Lecture 69: User interface analysis
Lecture 70: interface design steps
Lecture 71: web design goals
Lecture 72: web application design quality
Lecture 73: quality dimensions for end users
Lecture 74: design pyramid for webapps
Lecture 75: component level design | OOHDM
Lecture 76: interface design principle| part-1/3
Lecture 77: interface design principle| part-2/3
Lecture 78: interface design principle| part-3/3
Lecture 79: Aesthetic design
Lecture 80: content design
Lecture 81: navigation design
Lecture 82: Content & web app architecture
Lecture 83: maintenance process
Lecture 84: software maintenance
Lecture 85: software maintenance models | part-1/2
Lecture 86: software maintenance model | part-2/2
Lecture 87: re engineering | defination
Lecture 89: reverse engineering
Lecture 90: unit testing
Lecture 91: system testing
Lecture 92: regression testing
Lecture 93: software testing
Lecture 94: black box testing
Lecture 95: white box testing
Lecture 96: gray box testing
Lecture 97: integration testing | part -1/3
Lecture 98: integration testing | part -2/3
Lecture 99: integration testing | part -3/3