2. Preparation for Entry into.NET Bridging Program (Databases) In order to be successful in this program, it is important for you to have some theoretical knowledge of many concepts in software development. You should have an idea of what a database is and how it stores data. You should also be able to write a simple SQL statement to retrieve data from a table. Know about the relational aspect of a Database, how we can join tables and the difference between the Foreign and Primary keys. Be able to Create, Update and Delete records in a Database.

3. Preparation for Entry into.NET Bridging Program (Programming) For the C# programming part of the course it is important for you to understand the fundamental concepts (in any programming language): Variables and assignment Operators like +-*/% as well as AND/OR/NOT etc. Control structures like decisions, iteration and looping Arrays-initialization, elements, indexing etc. Methods (functions)-parameters, return values etc. It is also important for you to know the Microsoft Windows environment and be comfortable with files, folders, copying, moving and very basic knowledge of the Office products.

4. Preparation for Entry into.NET Bridging Program (Web) You should be familiar with the Internet, using the Internet, searching, finding information knowing the difference between good information and bad information. Be able to write a simple web page using Notepad, so you should have knowledge of the HTML tags like Paragraphs, Ordered Lists, Body, Table and Div, all the major ones. It would be helpful if you have used JavaScript in some way, perhaps to check the value inside of a textfield, or to cause a popup message.

5. Object Oriented Programming using C# If you are a complete beginner to the OOP world, please review this entire slide presentation from slide number 6 onwards. You will need to run the presentation in full-screen mode (F5) in order to hear the audio. After the presentation you may follow the links given on slide #5 to view the two videos on the official Microsoft website. For those with some exposure to OOP or to C# itself, please proceed to the videos, you may skip the slides in this presentation.

6. Microsoft Produced Videos Please go to this url address: http://www.microsoftvirtualacademy.com/training-courses/c-fundamentals- for-absolute-beginners Start with this video (towards the middle of the page): 15 | Understanding and Creating Classes Then watch this video: 16 | More About Classes and Methods Of course you may watch as many as you like, but we will be testing specifically on 15 and 16.

7. Prehistoric Humans & Communication

8. Natural World

9. First Words? Ugghh Grrrrrr Brrrrrr Arrrrrghh

10. Language Starts Thing Something This That

11. One Word Object

12. Different Words Fruit Bird Plant Fish Fire Rock

13. Nouns Fruit Bird Plant Fish Fire Rock

14. Adjectives Colour Size Height Weight Temperature Texture

15. Verbs Be eaten Fly, eat, walk, sing Germinate, grow, die Swim, eat, sleep Provide heat, burn, start Put out Exert force on the earth, broken, provides shade for insects

16. Full Sentences Fruit (Banana) Colour – Yellow Action - beaten ( ) Bird (Eagle) Size – Small, Medium, Large Actions - Fly ( ), Eat ( ), Walk ( )

17. Objects with Properties and Methods Thing -> Object -> Noun -> Banana Adjective (e.g. colour)=Property=Yellow Verbs = Action = functionality (e.g. beEaten ( ))

18. Closer to Programming Object Properties, fields, variables, dataFunctions, methods, procedures

19. Representation A Student A Student Object 00010100101010111011011100 Student kim = new Student ( ) ;

20. Representation of a Student A Student A Student Object Properties1, Properties2, Properties3 Function1, Function2, Function3

21. Representation using a Class A Student class Student { Register ( ) AddCourse ( ) DropCourse ( ) Graduate ( ) } string Name date DoB float GPA

22. Representation in General A Student string Name date DoB float GPA class Student { Register ( ) AddCourse ( ) DropCourse ( ) Graduate ( ) }

23. Representation of a Student A Student Name DoB GPA class Student { Register ( ) AddCourse ( ) DropCourse ( ) Graduate ( ) }

24. Class becomes Object Name Age GPA class Student { Register ( ) AddCourse ( ) DropCourse ( ) Graduate ( ) } Bob Jane Lin John new

25. Many Objects Name Age GPA class Student { Register ( ) AddCourse ( ) DropCourse ( ) Graduate ( ) } int CourseID string Name string Professor class Course { assignToCurriculum ( ) removeFromCurriculum ( ) assignToRoom ( ) } string RoomName int RoomNum class Classroom { addCourseTaught ( ) removeCourseTaught ( ) }

26. Relationships among Objects Student object Course object Room object Student Object Registers ( ) for a Course Object Course Object is Assigned ( ) to a Room Object Bob History K144