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  #1  
Old 14th April 2015, 12:44 PM
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Default Tnau ait

I just take admission in B.Tech.(Agricultural Information Technology) course offered by Tamil Nadu Agricultural University. Do you have syllabus of in B.Tech.(Agricultural Information Technology) course so I can starts my studies?
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  #2  
Old 5th September 2018, 11:57 AM
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Default Re: Tnau ait

Can you provide me the syllabus of B. Tech (Agricultural Information Technology) Program offered by TNAU (Tamil Nadu Agricultural University)?
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Old 5th September 2018, 12:01 PM
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Default Re: Tnau ait

The syllabus of B. Tech (Agricultural Information Technology) Program offered by TNAU (Tamil Nadu Agricultural University) is as follows:

AIT 101 Introduction to Information Technology and Programming

Theory

UNIT I: Computer Basics
Introduction to Computer Evolution and Generation of Computers - Classification of Computers Components of computer system Applications of computers

Unit II: Information technology Basics
Information - Prerequisites of Information Need for Information Components of Information Technology Role of Information Information technology and the Internet

Unit III : Programming concepts
Developing a program Program Development Cycle Algorithm Flow chart Flow chart Symbols Guidelines for preparing flowcharts Benefits of Flow charts Limitations of flowchart Decision tables steps to develop a decision table Benefits of decision tables Limitation of Decision tables Pseudocode Pseudocode Guidelines Benefits of Pseudocode Limitations of Pseudocode

Unit IV: Introduction to UML(Unified Modeling Language)
Use case diagrams Class diagrams Sequence Diagrams Statechart Diagrams Activity diagram. Solution Development Problem analysis chart Interativity chart IPO chart Coupling diagram and data dictionary

Unit V: Introduction to Program structures
Program control structures sequence control structure Programming paradigms Characteristics of good program - Programming Languages Processing arrays Pointer techniques File concepts.

Practical
Working with basic Computer Hardware - Construction of Algorithm - Construction of Flow chart - Construction of Decision tables - Construction of Pseudocode - Construction of Use case diagrams - Construction of Class diagrams - Construction of Sequence Diagrams - Construction of State chart Diagrams - Construction of Activity diagram. - Construction of Problem analysis chart - Construction Sequence Control structure - Construction of Selection control structure - Construction Repetition control structure -Working with Arrays and pointers - Working with Files

Theory Lecture Schedule
1. Introduction to Computer Evolution of Computer
2. Generation of Computers
3. Classification of Computers
4. Components of computer system
5. Applications of computers
6. Information - Prerequisites of Information
7. Need for Information
8. Components of Information Technology Role of Information Information technology and the Internet
9. Components of Information Technology
10. Role of Information
11. Information technology and the Internet
12. Developing a program Program Development Cycle
13. Algorithm
14. Flow chart - Flow chart Symbols Guidelines for preparing flowcharts Benefits of
Flow charts Limitations of flowchart.
15. Decision tables steps to develop a decision table Benefits of decision tables
Limitation of Decision tables.
16. Pseudocode Pseudocode Guidelines Benefits of Pseudocode Limitations of
Pseudocode
17. Mid-semester examination
18. Use case diagrams
19. Class diagrams
20. Sequence Diagrams
21. Statechart Diagrams
22. Activity diagram.
23. Solution Development Problem analysis chart
24. Interativity chart
25. IPO chart
26. Coupling diagram and data dictionary
27. Program control structures
28. sequence control structure
29. Programming paradigms
30. Characteristics of good program
31. Programming Languages
32. Processing arrays
33. Pointer techniques
34. File concepts

Practical Schedule
1 Working with basic Computer Hardware
2 Construction of Algorithm.
3 Construction of Flow chart
4 Construction of Decision tables
5 Construction of Pseudocode
6 Construction of Use case diagrams
7 Construction of Class diagrams
8 Construction of Sequence Diagrams
9 Construction of Statechart Diagrams
10 Construction of Activity diagram
11 Construction of Problem analysis chart
12 Construction Sequence Control structure
13 Construction of Selection control structure
14 Construction Repetition control structure
15 Working with Arrays and pointers
16 Working with Files
17 Final Practical Examination
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