An expansive sector of the I.T. business, computer programming is also referred to as software engineering or development. Software engineering has, by definition, been around as many years as the the computers which run those programs. Pretty much all electronic-devices would be not a lot more than 'dumb' containers if they did not contain applications. Programs are inside just about all the bits of technological hardware we have in our possession. We might not always consider them as programs but that is what they are - even a DVD Player has an operating-system that allows it to work properly. The on screen inter-face that you use to set a Television recording, or the navigation menu which pops-up when viewing a DVD or Blu-ray is all software. As you click 'play' on your DVD or Blu-ray recorder and settle down to watch a film, a bit of 'software' pulls the binary-code off the disc and converts it into video data in no time at all.

Microsoft updated their foremost accreditation tracks several years ago, with a shift from the previous Microsoft Certified Application/Solutions Developer ('MCAD'/'MCSD') to the present-day 'Microsoft Certified Technology Specialist' (MCTS) and 'Microsoft Certified Professional Developer' (MCPD) examinations. Expect to study for two pre-requisite 'MCTS' certifications before engaging in the 'MCPD'. Don't be fooled by the fact that Microsoft call their 1st module a foundation module. If you are not used to programming, consider doing a programming introductory module first of all. We would equally propose getting a 'support' qualification ahead of all of this, in order to acquire a good idea of software environments & support. It will in addition help out with getting your very first job within the I.T. market. A full career track will need around 600 to 700 hrs of training time, so if you are training part time you will be able to complete in more or less twelve - eighteen months.

Systems programmers operate in low-level languages such as 'C', although modern day 'C' is a long way away from where it started - and is really much more user friendly now. Higher level 'languages' are used by applications-programmers. All these 'languages' (& there are plenty!) are distinctive; they have their very own rules and instructions and each are geared to be more suited to particular tasks. Business database software, for example, is often written in 'languages' suited to that environment, whereas video games are generally written in low level languages like 'C' - as they must be able to run as rapidly as they can. With database 'applications', split second timing isn't important, however with video games applications its very significant indeed! The priority for a database-friendly language is that it can provide functions that make the job easier for the user. Stripping everything possible away so that it can operate faster would be counter-productive. You could contrast it to the difference between a racing car & a family-estate. The estate provides flexible transportation at the appropriate price & quality, but it's not likely to win a race! When taking long journeys with the children though, the functional features are much more relevant.

At its simplest level then, we can say programming is basically communicating to electronic equipment how to do a task by using specific 'languages'. As you can imagine, this is a considerable over-simplification. There are probably around a hundred programs working behind the scenes of your 'Windows' desktop computer. They're what actually allow you to perform tasks as they sustain the whole system. Essentially, there's two levels of software programs for PCs; the operating-system (or low-level) software, and the 'applications' that run together with those systems. Windows from MS is probably the operating system the majority of us know best. A whole suite of software programs need to interact here to make your PC do every little thing you ask of it - from running your desktop space, to managing your interaction with it, to connecting you to the web or to your network etc.

In line with other sorts of technical training tracks, you'll want to have a very clear plan of the ambitions you intend to attain, to ensure the right milestones might be achieved along the way. If you don't start with the end objective in mind, but merely enrol on what looks like the most reasonable-looking training course, it's possible you'll wind up in the most inappropriate place altogether! The IT sector can seem to be incredibly confusing for an 'outsider', & software qualifications regularly just appear to be a list of acronyms. We'd suggest you discuss things with a knowledgeable expert before you finalise your overall career path. A 45 minute chat could well save you thousands of pounds & years of wasted training!

A number of elements make it largely acknowledged that C is the most useful language for the commercial-programming student to start off with. This 'language' is quite disciplined, and as such many more have emerged from it. Once you have mastered the way to program in 'C', you will find the switch to others is much more spontaneous. Its also the primary systems language, and one of MS's chief supported 'languages' in both 'Visual Studio' (the MS 'development' environment,) & it's certification structure. The knowledge that Microsoft promote it so eagerly, and supply a large range of professional certification in this 'language', is yet another reason why its worthwhile using it as starting point. Though it was not referred to as C prior to the seventies, the 'language' started life a decade earlier. The transformation to 'object oriented' 'C++' (which means the program isn't merely a single, 'linear' string of events - it can be multiple 'objects' talking to each other) was done in the eighties. At the turn of the century, Microsoft launched a '.NET' enabled adaptation which came to be known as C# (C sharp,) leading us all to where we are today. The .Net identifies a software framework designed by MS which permits Windows programmers to have access to a whole bunch of pre written libraries, which execute loads of elementary tasks releasing programmers from being forced to write them from scratch.

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