Specimen of Lesson Plan

Transcription

1 Specimen of Lesson Plan Programming Languages(BCA-201 B) 15 s(from july 2018 to Dec 2018) ** Work Load (/)per week(in hours):- rs:-4 BCA 1 Introduction to PL, Characteristics of a good PL Syntactics and semantic rules of a PL PL Translators compiler & interpreters Data types,data objects, Variable & Constants 2 Data types, specification & implementation of elementary data types Declaration, type checking & type conversions Declaration, type checking & type conversions Assignment & initialization 3 Numeric data types enumerations, booleans & characters enumerations, booleans & characters Problem of Unit 1 4 Unit 1 test Structured data objects & data types Structured data objects & data types Data types, specification & implementation of structured data types 5 Data types, specification & implementation of structured data types Declaration & type checking of data structure Declaration & type checking of data structure Vectors & arrays, records character strings 6 Vectors & arrays, records character strings Variable size data structures Declaration & type checking of data structure Union,Pointer & programmer defined data objects, sets, files 7 Union,Pointer & programmer defined data objects, sets, files Evaluation of data type concept, abstraction Evaluation of data type concept, abstraction Encapsulation & information hiding 8 Subprograms, type definitions Subprograms, type definitions

2 Specimen of Lesson Plan Programming Languages(BCA-201 B) 15 s(from july 2018 to Dec 2018) ** Work Load (/)per week(in hours):- rs:-4 BCA 8 abstract data types Unit -2 Test 9 Implicit & explicit sequence control Sequence control within expressions sequence control within statement subprogram sequence control: simple call return 10 subprogram sequence control: simple call return recursive subprograms, Exception & exception handlers co routines, sequence control names & refrencing environment, static & dynamic scope 11 names & refrencing environment, static & dynamic scope block structure,local data & local refrencing environment Local data & local referencing environment shared data: dynamics & static scope 12 Unit 3 test Major runtime elements requiring storage programmer and system controlled storage management & phases programmer and system controlled storage management & phases 13 static storage management static storage management stack based stroge management stack based stroge management 14 heap storage management heap storage management Variable & fixed size elements Introduction to procedural, non procedural 15 structured, functional and oops structured, functional and oops comparison of c & c++ pl Unit Test-4 (Assistant Professor)

3 MCA 5th SQA 15 s(from July,2018 to Dec,2018) ** Work Load (/)per week(in hours):- rs:-4 1 Software Testing Fundamentals: Testing-Related Test selection criteria/test adequacy criteria Testing effectiveness/objectives for testing 2 Testing for defect identification, Theoretical and practical the problem of infeasible paths Testability, Relationship of Testing with other activities Testing Levels: Unit Testing, Integration Testing, System Testing, Acceptance Testing. Unit 1 Test Testi g Tech i ues: Based o the softwa e e gi ee s intuition and experience Ad hoc testing, Exploratory testing Specification-based techniques Equivalence partitioning, Boundary-value analysis Decision Table Testing, Testing with Formal Specifications Finite State Machine based, Code Based Data Flow Based, Mutation Testing Techniques based on nature of the application: Objectoriented testing, Component-based testing Web-based testing, GUI testing Testing of concurrent programs Protocol conformance testing, Testing of real-time systems

4 MCA 5th SQA 15 s(from July,2018 to Dec,2018) ** Work Load (/)per week(in hours):- rs: Testing of safety-critical Systems, Selecting and combining techniques. Unit 2 test Software Quality: Software Engineering Culture and Ethics Value and Cost of Quality Models and Quality Characteristics: Software Engineering Process Quality Software Product Quality, Quality Improvement Software Quality Management Processes: Quality assurance process Veification process, Validation process Review process, Audit process Considerations: Software Quality Requirements, Dependability, Integrity levels of software, Defect Quality Assurance: Inputs, Quality Management Plan, Results of Quality Control Measurements, Operational Quality Planning tools and techniques, Quality Audits, Quality Improvements Unit 3 Test Software Quality Management: Techniques, Software ISO 9000:2000 Quality management systems -- Fundamentals and vocabulary ISO 9001:2000 Quality management systems Re ui e e ts ISO 9004:2000 Quality management systems --Guidelines for performance improvements

5 MCA 5th SQA 15 s(from July,2018 to Dec,2018) ** Work Load (/)per week(in hours):- rs:-4 Quality Management Processes: Quality Planning, Quality Assurance, Quality Control Quality Planning: Inputs, Tools and Techniques, Outputs Quality Control: Inputs, Tools and Techniques: Inspection Control Charts, Pareto Diagrams, Statistical Sampling, Flowcharting Trend Analysis, Outputs: Quality Improvements Acceptance Decisions, Rework, Completed Checklist, Process Adjustments Unit 4 test (Assistant Professor)

6 BCA HVPE 15 s(from July,2018 to Dec,2018) ** Work Load (/)per week(in hours):- rs:-4 1 Understanding the need of value education,basic guidelines of VE Content and process for VE Self Exlporation-Content and process Natural Acceptance and experimental validation-as mechanism for self exploration 2 continous happiness and prosperity-a look at basic human aspiration Right understanding Relationship and physical facilities- the basic requirement for fullfillment of as piration for every human being with their correct priority. 3 Understanding happiness and prosperity correctly- A critical appraisal of the current scenario 4 Methods to fullfill the the above human aspiration: understanding and living in harmony at various levels Unit -1 test Understanding human being as a co existence of the sentient 'I' and the material 'Body' 5 Understanding the needs of self and body 6 understanding the body as instrument of I understanding the characterstics and activities of 'I' and harmony in 'I'

7 BCA HVPE 15 s(from July,2018 to Dec,2018) ** Work Load (/)per week(in hours):- rs:-4 7 Understanding the harmony of I with the body:sanyam and Swasthy Correct appraisal of physical needs Meaning of prosperity in detail 8 Meaning of prosperity in detail Unit 2 Test understanding harmony in the family-the basic unit of human interaction 9 understanding values in human-human relationship meaning on nyaya and program for its fullfillment to ensure ubhay tripti 10 trust and respect as the foundational values of relationship understanding the meaning of vishwas; difference between inention and competence 11 understanding the meaning of samman,diffrence between respect and differentiation;other salient values in relationship understanding the harmony in the society;samadhan,smridhi,abhay,sah astitva as comprehensive human 12 visualiizing a universal harmonious order in society-undivided Society Universal order from family to world family Unit 3 test Understanding the harmony in nature

8 BCA HVPE 15 s(from July,2018 to Dec,2018) ** Work Load (/)per week(in hours):- rs:-4 13 Interconnectedness and mutual fullfillment among the four orders of naturecyclability and self regulation in nature Understanding Existnce as Co existance of mutually interacting units in all pervasive space 14 holistic perception of harmony at all levels of existence natural acceptance of human values Definitiveness of ethical human conduct Basis for humanistics education,humanistic constitution and humanistic universal order 15 Competence in Professional ethics Competence in Professional ethics Competence in Professional ethics Unit 4 test (Assistant Professor)

9 MCA ADA 15 s(from July,2018 to Dec,2018) ** Work Load (/)per week(in hours):- rs:-4 1 Brief Review of Graphs,Sets and disjoint sets Union, sorting algorithm and analysis in terms of time and space complexity merge sort quick sort 2 searching algorithm and analysis in terms of time and 3 Divide and conquer general method binary search 4 strassen's matrix multiplication algorithm and analysis of algorithms for these problems Unit 1 test 5 Greedy Method: General method Knapsack problem 6 Job sequencing with deadlines minimum spanning tree 7 single source paths and analysis of these problems dynamic programming general method 8 optimal binary search trees o/1 knapsack

10 MCA ADA 15 s(from July,2018 to Dec,2018) ** Work Load (/)per week(in hours):- rs:-4 the travelling sales man problem 9 Unit 2 test Back tracking general method 8 queen's problem 10 graph colouring hamiltonian cycles 11 analysis of these problems branch and bound method 0/1 knapsack problem the travelling sales person problem 12 efficiency considerations techniques for algebric 13 some lower bounds on parllel computations Unit 3 test NP hard and NP Complete problems basic concepts 14 cook's theorem NP hard graph 15 NP scheduling problems some simplified NP hard Unit 4 test (Assistant Professor)