An expansive area of the IT industry, computer programming is also referred to as software engineering or software development. The profession has been in existence & developing for as many years as computer systems themselves have been around. Pretty much all electronic-devices would be not a lot more than 'dumb' boxes if they did not contain software programs. Almost every bit of technological hardware that exists has a program running in it. DVD or Blu-ray players for instance have a thing known as firmware which is a simple operating system which allows the kit to play. Software is almost everywhere - it's what lets you set up a recording on your television set, and what's powering the Navigation Menu on the DVD you are watching. The fact that you can see a film when you press play on a DVD or Blu-ray recorder, is actually a functionality of a piece of a software program which pulls the 1's & 0's off a disc, and then decrypts them straight into video 'information' at incredible speed.

At it's simplest level then, we could say programming is basically telling an electronic device how to do its job by using specific languages. As you may suppose, that dramatically over- simplifies the procedure. At the level of your Windows desktop computer, there are probably as much as one hundred individual programs which are operating in the background, all sustaining the system & enabling you to actually do things. PCs basically run on 2 distinct types of software program - the operating system is low level, & the applications run by the system are higher-level. 'Windows' from Microsoft is probably the operating system the majority of us are familiar with. 'Windows' is a very complicated suite of programs, all interacting together to run everything - the space on the desk-top, how you inter-act with it, your internet and network access, all the storage-mediums and all the connecting devices.

'C' is one of the most commercially-viable languages for the newer computer-programmer to start studying. This 'language' is incredibly disciplined, and therefore many others have emerged from it. Once you've learned the way to write programs in C, you'll find the transition to others is more intuitive. 'C' is the principle language for systems. Its amongst MS's most supported languages in their development environment Visual Studio, and also within the Microsoft certification programs. The knowledge that Microsoft promote it so readily, and provide an array of commercial certification in this language, is yet another reason why its beneficial going after it as a place to start. In fact, 'C' began life during the sixties (it wasn't actually known as 'C' until the 70's however.) The conversion to what's known as object-oriented 'C++' (in other words the program isn't just a single, linear sequence of events - it may be many 'objects' talking to one another) was made in the 80's. During the turn of the century, MS introduced a .NET enabled adaptation which came to be identified as C# (C sharp,) taking us all right up to date. Microsoft developed a software framework that allows Windows programmers access to a wealth of pre written libraries. This is what the word .Net identifies, and it saves programmers quite a lot of time as so many of the fundamental tasks have been done for them.

In line with alternative specialist training tracks, it's advisable to hold a very clear strategy of the goals you intend to attain, to ensure the proper milestones might be achieved along the way. Accepting a training program in some sort of ad-hoc way may very well result in you arriving at a completely different position to the one you thought you had been working towards. Software and programming qualifications are not really easy to understand, and if you don't decide on them very carefully it could appear that you're stepping through a mine-field! Our IT experts will help you to clarify everything for you. A 45 min chat could well save you 000's and years of wasted training!

There's an ever increasing move to network-based & internet-based software now, as the world moves closer and closer to the idea of 'cloud' computing. Precisely what this means is all of your files are located remotely, so that you can access them from any place you happen to be. All of the procedures are performed 'in the cloud' - even the raw-processing. Our only requirement ultimately will be an incredibly basic, simple terminal that's plugged (or wirelessly connected) in to the network.

Low level 'languages' like 'C' are used by systems programmers - the existing variation has made great strides since the first one & is actually now a great deal more accessible. Applications programmers operate in a number of different higher-level 'languages', - there are too many to name all of them, but each will have their own unique set of instructions and rules - and may well suit one particular task more than another. Corporate database software, for instance, tends to be written in 'languages' suited to that particular environment, whereas video games are likely to be written in low-level 'languages' like 'C' - because they must be able to run as quick as possible. With database 'applications', split-second timing is not a priority, but with games 'applications' it's very critical indeed! As a result, a database oriented language offers functions built to make your work a lot easier - rather than strip everything possible out to make it run more quickly. You could compare it to the difference between a racing-car and a family-estate. The five or more seater estate is more comfortable & practical, but it's definitely not designed for speed. To a parents and kids taking a prolonged journey though, comfort, warmth & a gentle ride are a lot more relevant.

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