An expansive area of the I.T. business, computer-programming is also referred to as software engineering or software development. The profession has been out there & expanding for as much time as computers themselves have. With no programs to give them instructions, computers would simply be 'dumb' boxes with no purpose. Programs are within pretty much all the bits of technology we've got in our possession. DVD players for instance have a thing called 'firmware' which is a basic operating-system that allows the kit to play. The on screen inter-face which you use to set a Television recording, or the Navigation Menu that appears when you're watching a DVD or Blu-ray is all software. Whenever you enjoy a film on DVD or Blu-ray, what's in fact happening is a piece of a software program has drawn the 1's & 0s off the disc, & decrypted them at incredible speed into video-information.

The principle Microsoft certification tracks were up-dated a short while ago, as they transferred from the old 'MCAD/MCSD' ('Microsoft Certified Application/Solutions Developer') to the more modern 'MCTS' ('Microsoft Certified Technology Specialist') & MCPD (Microsoft Certified Professional Developer) exams. Before you can tackle the complete 'MCPD' exam, you need to complete 2 'MCTS' programs initially. When programming is going to be new to you, it's a good idea to begin with a programming introduction course first - even though MS brand their initial module a foundation module. We'd equally suggest taking a support qualification prior to all of this, so that you can obtain a good idea of software environments & support. It will in addition help with getting your initial employment in the I.T. industry. Average training times would possibly be about 600 - 700 hours to do a full career-track, and therefore you would usually plan for 12-18m of part-time study.

Software engineering then, at it's simplest level, is simply telling an item of electronics in a particular language how to carry out its job. As you would assume, that vastly over simplifies the task. At the complexity of a 'Windows' desktop computer, there are probably close to one hundred individual programs which are running in the background, all sustaining the system & allowing you to actually do something. In fact there are two different levels of programs used in computers. There is the operating-system software, that's low level, & the 'applications' software. Among the most well-known operating systems in the world is Microsoft 'Windows'. This really is an incredibly intricate selection of programs that work with one another and control your desktop space, how you inter-act with it, all the storage-mediums and network access, along with all of the pieces of kit which are connected to the PC.

Low level languages like 'C' are widely-used by systems programmers - the present version has evolved quite a bit since the first one & is in fact now much more accessible. Higher-level 'languages' are employed by applications-programmers. Each of these languages (and there are many!) are unique; they've got their own rules & instructions and each are meant to be more appropriate for certain tasks. For example a programmer writing database-software for corporate and business use would use a 'language' that suits that environment, but a software engineer writing games software would very likely use 'C', to attain rapid running speeds. With database applications, split-second timing isn't a priority, however with games applications it's very critical indeed! The actual emphasis for a database-friendly 'language' is that it provides capabilities which make the job easier for the user. Stripping things out so that it can operate more quickly would be defeating the object. Let's see the difference between the two by taking a look at a racing-car & an estate-car. The five or more seater estate car is more comfortable & practical, but it's definitely not built for speed. For the purposes of taking the youngsters from one place to another though, it ticks all the right boxes.

C is often the most commercially viable languages for the trainee computer-programmer to start learning. Not only is it extremely disciplined, it's also the foundation for many other more up to date programming languages. As a result once you've learned 'C', getting to grips with others will be much easier. 'C' is the key language for systems. It is certainly one of MS's most supported 'languages' in the MS development environment 'Visual-Studio', and within the Microsoft accreditation programs. With such a large range of commercial accreditation, and such evident edification by Microsoft, any programming student would be unwise to overlook the value of studying 'C'. In fact, C began daily life during the sixties (it wasn't actually labelled 'C' till the seventies however.) It then made the transition to something called 'object-oriented' C++ (meaning the program is not only a single, linear pattern of events - it can be a number of objects communicating with each other) in the eighties. Microsoft launched their .NET enabled version of C as we moved into the new millennium. It grew to become referred to as C#, & is the release we use now. The '.Net' is the term for a software-framework built by MS which permits 'Windows' programmers to gain access to a collection of pre-written libraries, which perform a great deal of basic tasks without programmers needing to write them from scratch.

Just like with any other technical accreditation, an exact understanding needs to be worked out on where it is you'd like to reach, to ensure that the right path to that place can be calculated. If you basically start studying but avoid looking at where you'd like to finish up, you will most probably arrive & discover you're in another position entirely! Programming & software certifications aren't always straightforward, and if you don't choose them with care it could appear that you are walking through a minefield! Our industry experts can help clarify everything to suit your needs. A 45 minute chat could well save you 000's as well as years of inappropriate training!

We are now experiencing 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 may be accessed from all over the world, as they are located out in the 'ether'. Every little thing - even the basic processing - is done out within the cloud of computers. Your only requirement eventually is going to be an extremely basic, slightly-dumb terminal that's plugged (or wirelessly-connected) in to the network.

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