Computer-Programming, also known as software engineering or development, is yet another expansive field of IT. Computing devices have run programs and applications ever since their very first release, & so programming is actually quite well developed. More or less all electronic devices would be not a lot more than dumb boxes if they didn't contain programs. Virtually every bit of technology that exists incorporates a program inside it. DVD or Blu-ray players for example have something called firmware which is a basic operating system which allows the kit to work. Visualize the navigation menu that appears when you're watching a DVD or Blu-ray - that is software, & so is the on screen inter-face which you use to set the recording of a programme on your Television. The simple fact that you see a motion picture when you press 'play' on a DVD or Blu-ray recorder, is just a functionality of a piece of a software program which draws the 1s & 0's from a disc, and then decrypts them straight into video 'information' at incredible speed.

We're now seeing a fast-progressing movement towards internet-based and network based software, as the notion of 'cloud computing' is starting to become a reality. Cloud computing refers to files that can be accessed from any location, as they are located out in the 'ether'. Everything - right down to the basic-processing - is done out within the cloud of computers. The only requirement eventually will be an incredibly basic, simple 'terminal' that's plugged (or wirelessly-connected) into the network.

Low-level 'languages' like 'C' are used by systems programmers - the present variation has advanced significantly since the early days & is in fact now a lot more accessible. Software engineers working on 'applications' use higher-level 'languages', of which there are a good deal. Every one has it's own distinct list of rules & commands, and many suit certain tasks more than others. Company database software, for instance, is commonly written in languages that suit that particular environment, whereas games are likely to be written in low-level 'languages' like 'C' - as they need to run as quick as possible. When you're writing a database application, it is irrelevant if your screen re-draws in one 10th of a second or a 100th of a second, although with games, it matters a good deal. The actual main concern for a database friendly language is that it can provide options which make life easier for the user. Stripping things away so that it can run more quickly would be counter productive. Let's evaluate the difference between the two by considering a racing car and an estate car. The family-estate will be a lot more comfortable & cost-effective, but the trade-off is handling and speed. For driving on long excursions with the kids though, the functional aspects become more relevant.

Programming then, at its lowest level, is just telling an item of electronic equipment in a particular 'language' how to do its job. As you might imagine, that vastly over simplifies the procedure. There are likely to be up to a hundred different programs going behind the scenes of your 'Windows' desk-top computer. These are what actually enable you to do anything since they sustain the entire system. Essentially, there's two levels of programs for PC's; the operating system (or low level) software, & the 'applications' which run together with those systems. 'Windows' from MS is more than likely the operating-system most of us are familiar with. It's an incredibly complex selection of programs that work with one another & control your desktop space, how you inter-act with it, all the storage-mediums & network/internet access, together with all the pieces of kit which are connected to the Desktop.

C is generally the most commercially feasible languages for the student computer-programmer to begin learning. The 'language' is very disciplined, and as such a number of others have been developed from it. When you've learned the way to program in C, you'll find the change to others is more instinctive. C is the key language for systems. It is one of Microsoft's most supported languages in the development environment 'Visual Studio', as well as within the Microsoft accreditation programs. The fact that MS promote it so much, and provide a large range of commercial certification in this 'language', is yet another reason why it is advantageous pursuing it as starting point. Though it was not known as 'C' until the '70's, the 'language' started off it's existence in the 1960's. It then made the change to something called 'object oriented' C++ (meaning its program isn't just one, linear series of events - it can be several objects talking to one another) during the 1980's. As we moved into the new-millennium, the .'.Net' enabled release was released. This then came to be identified as C#, and is the version we use today. The '.Net' refers to a software-framework created by Microsoft that enables 'Windows' programmers to access a collection of pre-written libraries, that perform many elementary tasks releasing programmers from being required to write them from scratch.

As with other sorts of technical training-routes, you'll want to have a specific plan of the objectives you intend to attain, to ensure the proper milestones can be met along the route. Accepting a training program in some sort of ad hoc way may very well lead to you getting to an entirely different place to that which you assumed you were working towards. Programming & software certifications are not necessarily very understandable, & if you do not select them carefully it can appear that you are treading through a mine-field! Our IT advisors will help you to explain things to suit your needs. A forty minute discussion could well save you thousands of pounds not to mention sometimes years of inappropriate training!

Microsoft Systems Self-Study Multimedia Commercial Computer Courses >>