An extensive field of the IT industry, computer programming is also categorised as software-engineering or software development. Computing-devices have run programs and applications ever since their initial release, and so programming has become quite mature. Without any programs to instruct them, computers would just be 'dumb' boxes with no role to play. Programs are inside pretty much all the bits of technological hardware we now have in our homes. Of course, a lot of it is what we refer to as 'firmware' or a simple operating system that allows the equipment to perform; video recorders and DVD players are examples of these. Visualize the navigation-menu which pops up when you're watching a DVD or Blu-ray - that's software, and so is the on-screen interface which you use to set up the recording of a programme on your TV. The fact that you see a movie whenever you press 'Play' on a DVD player, is actually a functionality of a bit of a software program that draws the 1s and 0s from a disc, and then decrypts them directly into video 'information' at amazing speed.

C is generally the most commercially-viable languages for the newer computer programmer to start learning. It's not only remarkably disciplined, its also the foundation for a number of other more up to date programming languages. Consequently once you've got 'C' under your belt, learning others will be much easier. MS supports 'C' very seriously - it is the primary systems 'language', and is one of the main languages in both Microsoft Visual-Studio and their array of certifications. The knowledge that Microsoft promote it so happily, and provide a large range of professional certification in this language, is yet another reason why it's beneficial using it as a place to start. In fact, C started life back in the 1960's (it wasn't labelled C till the 1970's though.) It made the changeover to something called 'object oriented' 'C++' (this means the program is not only one, 'linear' series of events - it can be a number of 'objects' communicating with one another) in the 1980's. Microsoft released their .NET enabled edition of C when we welcomed in the 21st century. It became called C#, and is the variation used around the world today. '.NET' was obviously a huge step forward, as Windows software writers could now gain access to pre-written programs that did many of the fundamental tasks on their behalf.

Programmers implementing systems use languages such as C. The C right now is a low-level easy to use language that barely resembles the initial release. Applications programmers operate in many different higher level 'languages', and there are rather too many to name all of them, but each will have their own unique set of instructions and rules - and may well suit one task more readily than another. By way of example a programmer writing database-software for business use would work with a language that suits that environment, but a software engineer writing games-software would most likely use C, to attain swift running speeds. When you are creating a database-application, it is irrelevant if your display screen 're-draws' in a 10th of a second or a hundredth of a second, while in video games, it matters a whole lot. We need capabilities that are intended to make life easier for the database end-user, consequently a stripped down 'language' created for speed would be completely inappropriate. Let's see the distinction by looking at a racing car and an estate-car. The five or more seater family estate is more comfortable & practical, but it's not built for speed. To the family taking a lengthy journey though, comfort, warmth and a smooth ride are much more important.

As we move more closely towards the notion of cloud-computing, we're experiencing a growing movement towards network & internet-based software. 'Cloud computing' is the term for files that can be accessed from any location, as they're saved out in the 'ether'. All of the procedures are performed elsewhere - right down to the raw processing. Eventually the only requirement will be that you need to have a very basic terminal plugged in to the Network (or of course wirelessly connected to it).

Understanding where it is you'd like to reach is essential before starting this (or any other) professional qualification program, if you want to plan the most efficient path. Accepting a training program in an ad hoc manner may very well lead to you arriving at an entirely different position to the one you imagined you were working hard towards. Programming & software accreditations are not always straightforward, & if you don't choose them very carefully it may seem like you're walking through a minefield! Our IT advisors will help you to explain things for you. A forty min conversation could save you thousands of pounds and years of wasted study!

Microsoft up-graded their principal qualification tracks several years ago, with a switch from the former 'Microsoft Certified Application/Solutions Developer' ('MCAD/MCSD') to the present-day 'Microsoft Certified Technology Specialist' (MCTS) and Microsoft Certified Professional Developer (MCPD) exams. Typically, there are 2 'MCTS' pre-requisite examinations before you move on to the complete 'MCPD' examination. If you're new at all to the industry and have not programmed before, (even though the very first unit from MS is called a 'foundation' module,) it might be wise to do a programming introductory course first. It's also commonly sensible to do a support certification before each of these, so a fair knowledge of software-environments & software support may be gained. A support certification can help you to obtain your 1st I.T. role. A full career track will require approximately 600 to 700 hrs of training time, so if you're studying part-time you will be able to do the whole thing in roughly 12 - 18 months.

At its lowest level then, we could say programming is basically telling electronic equipment how to do a job by using unique 'languages'. As you may imagine, that greatly over simplifies the task. At the level of your Windows desktop computer, you'll probably find around one hundred different programs that are operating behind the scenes, all sustaining the system & enabling you to actually do things. In fact there are two separate types of programs used in computers. We have the operating system software, which is low level, & the applications software. One of the most well-known operating-systems worldwide is Microsoft 'Windows'. A complete suite of software programs need to inter-act here to ensure your PC does anything you ask of it - from controlling your desktop space, to managing your inter-action with it, to connecting you to the internet or to your network etc.

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