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2. SUBTOPICS

3. PROGRAMMING
The process of developing and
implementing various sets of
instructions to enable a computer
to do a certain task. These
instructions are considered
computer programs and help the
computer to operate smoothly.

4. Four Reasons Why You Should
Learn to Program
1. Programming is a basic literacy in the
digital age.
2. Programming can change the world.
3. “You have an idea for then next big
innovation? Great. Can you bring it
to life?”
4. Programming doesn’t have to be hard
to learn.

5. PROGRAMMER
A computer programmer, or coder, is someone who writes
computer software. The term computer programmer can refer to a
specialist in one area of computer programming or to a generalist
who writes code for many kinds of software.

6. Programming Process
1.Identify the Problem
The first step is to examine the problem
carefully to try to identify what qualifies as a
solution.
2.Design a Solution
The next step is to work out just how you're
going to turn that specification into a working
program.

7. Programming Process
3. Write the Program
Programming is then the task of describing
your design to the computer: teaching it your
way of solving the problem.
4. Check the Solution
The final step in the grand programming
process is that of testing your creation to check
that it does what you wanted it to do.

8. Programming Languages
A vocabulary and set of grammatical
rules for instructing a computer to
perform specific tasks. The term
programming language usually refers to
high-level languages, such as BASIC, C,
C++, COBOL, FORTRAN, Ada, and Pascal.
Each language has a unique set of
keywords and a special syntax for
organizing program instructions.

9. Programming Languages
High-level programming languages,
while simple compared to human
languages, are more complex than the
languages the computer actually
understands, called machine languages.
Each different type of CPU has its own
unique machine language.