This Article is already published in the Digital Natives Newsletter (Links In The Chain) April 15, 2011 Vol. 4 Best Practices issue
So you want to be a programmer? You want to write web and desktop applications. You want to develop software for the iPhone and the Android market You want to be a solutions provider to companies and individuals alike. Let me share tips that will help in your quest to be one of us – the geeky do-gooders!
Like any other profession, IT requires determination, patience and willingness to persevere. The begining could be very challenging and intimidating because you might find it hard to figure out some ugly looking write-ups called “codes”. You would wonder why a line – JButton buttonObject = new JButton(“Click Me”) – should create a button with “Click Me” written on it in Java (a scripting language). You might even be thinking about wireless internet connections as some voodoo from the west.
Being a PROGRAMMER or a SOFTWARE DEVELOPER is not rocket science. It’s not as hard as many make it seem. Those codes that scare you seem to me as the easiest part of our profession. Once you understand the structure, the rules and the syntax, basically the ‘logic’ of why codes are written in programming language, the rest is easy.
Also, note that the more you code, the more you try out examples in the book you are reading, the eaiser it will be for you to master the coding techniques of the language. I remember my NIIT (an Indian school in Nigeria) days. I would always volunteer to do the coding, ever willing to help a mate identify errors in his/her code. By the end of the first semester, my coding skills was actually faultless.
Once you master coding, the rest depends on how well you can think. Don’t wait for your instructor to tell you what to do. Go ahead and give yourself a pet project. It could be as simple a project as creating a database of students in your college with information on their names, grades and activities. Build it in bits. As your knowledge grows, let the software you are building grow in functionality as well. Who knows, it just might turn out to be a gold mine for you.
In my case, the pet project I did at NIIT, Hospital Management System, kick started my career and put me on the IT radar in Nigeria. I travelled different states, met high-profile people, addressed a cross section of medical practitioners, all at the age of 22! Since then, it’s been one challenging project or the other.
You also need to start thinking like a computer. Start viewing life and events around you with an IT lens. You walk into a resturant, order a pie and a drink totalling $10. If you pay less than the total, the computer rejects. What do you think is happening there.? Consider this statement
If amount paid < 10. . . . tell customer money incomplete else
Print reciept for customer.
If a Java programmer were to right this, its simple
if(amount < 10)
showMessage(“Customer money incomplete”);
Another example. Imagine you are playing the FIFA 2011 soccer game (Sorry, I’m a game freak with a mate and at the end of the first half, the match analysis is displayed showing that your team had 3 corner kicks and 2 offsides. What comes to your mind? It means there is a ‘variable’ to store value for each of those game highlights. The variable is set to zero at kickoff and incremented by 1 anytime you win a corner kick or caught offside. At the end of the half, the variables are retrieved and presented to you. If you did not win a corner kick, the variable remains zero. Does it make sense?
Bottom line here is how logically you can break down or tear apart any situation in daily life and apply it to programming. This will determine your pace of learning as well. Start paying attention to the things you normally ignore. From your ATM machine telling you “Insufficient Funds” to your webmail application returning an ‘Invalid Login’ message. The more you understand the dynamics behind these simple things, the faster it will be for you to come up with solutions to problems related to IT, technology, finance, pharma, healthcare, education and even entertainment and sports industries (think about cricket match analysis on your TV).
Again, don’t expect that you will master the syntax or grammar of coding in a day or learn computer languages immediately. The more you write them, the eaiser they are for you to recall.
Note also, that not everyone will end up being a coder, however, a good understanding of the intricacies involved will help. So, for instance, if you decide to be an IT Project Manager or an Application Specification Developer amongst other fields, you should have the basic understanding of coding and programming.
Finally, you need a writing pad. As the wind blows new ideas to your direction, write them down. What kind of idea it is, who will it affect or who are the target audience, what do you need to bring it to life, revenue generation strategies and so on, should be penned.
A good place to start learning about programming languages is here:
Your comments are welcomed. . .!