Professional computer programmers are also referred to as software-engineers, or software-developers. Software engineering has, by definition, been around as many years as the computing devices that run those programs. More or less all electronic-devices would be no more than dumb boxes if they didn't incorporate applications. Nearly every piece of technology that exists has a program running it. Admittedly, a lot of this is what we call firmware, or a basic operating-system that allows the equipment to work; video recorders & DVD Players are good examples. Software is almost everywhere - it's what allows you to set up a recording on your television set, & what's driving the Navigation Menu on the DVD you're watching. When you click 'Play' on your DVD Recorder & sit down to watch a film, a piece of 'software' pulls the binary-code off the disc & transforms it into actual video data incredibly quickly.

We are now experiencing a fast progressing movement in the direction of internet based & network based software, as the concept of 'Cloud computing' is starting to become a reality. 'Cloud computing' is the term for files that may be accessed from any location, because they're located out in the 'ether'. Everything - even the basic-processing - is carried out in the 'cloud' of computers. At some point the only real requirement will be that you should have an incredibly basic terminal plugged in to the network (or wirelessly connected to it of course).

Programmers implementing systems use languages like 'C'. The 'C' right now is a low level user friendly 'language' which barely resembles the initial version. Applications programmers work in a number of different higher level languages, - there are too many to list them all, but each will have their own set of instructions & rules - and may suit a particular task more readily than another. Business database-software, for instance, is commonly written in languages that suit that particular environment, whereas video games are likely to be written in low-level languages like C - simply because they must be able to run as rapidly as they can. With database applications, split-second timing really isn't a priority, however with games 'applications' its very significant indeed! The emphasis for a database friendly 'language' is that it can provide capabilities which help to make the job easier for the individual. Stripping things away so that it can operate faster would be counter productive. We could analyse the difference by taking a look at a racing-car and an estate car. The estate car provides family transport at the appropriate quality and price, but it's not ever going to win in a race! When taking lengthy journeys with the kids though, the functional elements are definitely more relevant.

A number of factors make it largely acknowledged that 'C' is the most useful language for the commercial programming trainee to commence with. The language is very disciplined, and as such many others have been developed from it. Once you have perfected the way to write programs in C, you'll find the change to others is more intuitive. MS supports C very seriously - it is the primary systems 'language', and one of the major 'languages' in both Microsoft Visual-Studio & their array of accreditations. With such a great scope of commercial accreditation, and such noticeable endorsement by Microsoft, any programming student would be foolhardy to overlook the benefits of studying C. Even though it was not called C prior to the 1970's, the language began life in the sixties. It then made the change to something called 'object-oriented' C++ (this means the program is not only one, 'linear' pattern of events - it can be a number of objects speaking with one another) in the 80's. MS released their '.NET' enabled release of 'C' as we welcomed in the twenty first century. It became known as 'C#', & is the adaptation we use now. The '.Net' describes a software-framework built by MS which makes it possible for Windows programmers to have access to a collection of pre-written libraries, that accomplish many elementary tasks without programmers having to write them from scratch.

Knowing where it is you'd like to go is vital before beginning this (or any other) specialist qualification program, to be able to schedule the correct route. Any time you really don't start with your goal objective in mind, but simply sign up for what looks like the most reasonable-looking program, you could possibly find yourself in the wrong place altogether! Programming and software qualifications are not always very understandable, and if you don't pick them carefully it could seem like you're treading through a mine-field! Our industry advisors can help to simplify things to suit your needs. You could save yourself a few months or sometimes years of precious time, and significant amounts of investment with an informed discussion.

Microsoft brought up to date their major accreditation tracks a number of years ago, with a shift from the earlier Microsoft Certified Application/Solutions Developer (MCAD/MCSD) to the present-day 'Microsoft Certified Technology Specialist' (MCTS) & 'Microsoft Certified Professional Developer' (MCPD) examinations. Expect to train for two pre-requisite 'MCTS' certifications prior to starting the MCPD. Don't be confused by the fact that Microsoft specify their 1st module a 'foundation' module. If you are new to programming, think of taking a programming introductory module first of all. It is best to also obtain a reasonable knowledge of software-environments and software support first, so think about starting your studies by doing a support-program. You can then get into the market doing support-work whilst you remain on your training. The full career-track will take about six to seven hundred hrs of training time, which means if you're studying part time you will be able to do the whole thing in around twelve - eighteen months.

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