After this chapter the student should have acquired the following knowledge and skills: Domains, phenomena; states, events; context diagrams; systems and system descriptions; basic formalisms for specifications. | Course overview Lecture-32 Topics covered Requirement engineering Requirement engineering process Requirement engineering process tasks Requirement engineering sub processes Inception process Elicitation process Elicitation techniques Elaboration process Elaboration approaches Object oriented approach Structured approach Negotiation process Requirement prioritization Specification process Deriving functional requirements Specifying functional requirements Deriving non functional requirements Specifying non function requirements 3 Validation process Validation techniques Requirements Management Change management stages Change analysis and costing process Traceability Requirement engineering in agile methods Principles of agile methods Basis of requirements engineering in agile Methods for requirement engineering Formal methods Requirement engieering 4 Requirement engineering process 5 Inception 6 Elicitation 7 Elicitation techniques 8 Elaboration process 9 Object-oriented approach for analysis 10 11 12 Structured approach for analysis 13 Negotiation 14 Requirement prioritization 15 Specification 16 Specifying non functional requirements 17 Validation 18 Validation techniques 19 Requirements management 20 Change management 21 Role of traceability 22 Requirements engineering in agile methods 23 Methods for requirement engineering 24 Formal methods 25 Best of luck | Course overview Lecture-32 Topics covered Requirement engineering Requirement engineering process Requirement engineering process tasks Requirement engineering sub processes Inception process Elicitation process Elicitation techniques Elaboration process Elaboration approaches Object oriented approach Structured approach Negotiation process Requirement prioritization Specification process Deriving functional requirements Specifying functional requirements Deriving non functional requirements Specifying non function requirements 3 Validation process Validation techniques Requirements Management Change management stages Change analysis and costing process Traceability Requirement engineering in agile methods Principles of agile methods Basis of requirements engineering in agile Methods for requirement engineering Formal methods Requirement engieering 4 Requirement engineering process 5 Inception 6 Elicitation 7 Elicitation techniques 8 Elaboration process 9 Object-oriented approach for analysis 10 11 12 Structured approach for analysis 13 Negotiation 14 Requirement prioritization 15 Specification 16 Specifying non functional requirements 17 Validation 18 Validation techniques 19 Requirements management 20 Change management 21 Role of traceability 22 Requirements engineering in agile methods 23 Methods for requirement engineering 24 Formal methods 25 Best of luck | Course overview Lecture-32 Topics covered Requirement engineering Requirement engineering process Requirement engineering process tasks Requirement engineering sub processes Inception process Elicitation process Elicitation techniques Elaboration process Elaboration approaches Object oriented approach Structured approach Negotiation process Requirement prioritization Specification process Deriving functional requirements Specifying functional requirements Deriving non functional requirements Specifying non function requirements 3 Validation process Validation techniques Requirements Management Change management stages Change analysis and costing process Traceability Requirement engineering in agile methods Principles of agile methods Basis of requirements engineering in agile Methods for requirement engineering Formal methods Requirement engieering 4 Requirement engineering process 5 Inception 6 Elicitation 7 Elicitation techniques 8 Elaboration process 9 Object-oriented approach for
