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Technology, Associate's

An Associate's Degree in Technology may sound pretty straightforward and easy to explain, but in actuality, there are many different sub-specialties that you have to choose from, right before you apply to an educational institution in the first place. However, no matter which course you select, it's likely that you'll be studying for a period of two years. Here are just some of the avenues you can take:

  • Information Technology: Although this subject has classically been associated with computers, the actual curriculum of this Associate's Degree is a lot more varied. You get to learn how to program software, configure hardware, and learn the intricacies of networks. In order to gain extra credit, you'll also be expected to embark on an internship.
  • Welding Technology: These courses have been crucial for decades, and it's likely that they will be for many more to come. You get to experiment, and try to translate the theories you have learned in the classroom into practice, by creating new products. If you're a sucker for hi-tech equipment – including lasers and robotics, as well as planning daring projects using computer-aided design, this is the course for you. With hundreds of thousands of welding positions available, this is a safe bet if you want guaranteed employment at the conclusion of your studies.
  • Electrical Engineering Technology: During this course, you will focus on computing, microprocessors and the electrical equipment used in the industry thoroughly. All students are given the opportunity to explore circuits, as well as the science and math theory that power the gadgets we rely on every day.

Technology, Bachelor's

There are several routes to consider if you want to study and specialize in Technology at a Bachelor's Degree level. However, employers are most interested when you studied a course from a reputable university or specialist college. The abbreviation for this type of undergrad course is B.Tech, and here are just some of the ways that the course is tailored to different industries:

  • Entertainment and Media: There are continual changes in the way we consume media, and if you have always harbored aspirations to work in television or radio, now is the time. The Internet is giving both media a run for its money, and has transformed the way we receive information. By taking a degree which is continually updated to reflect developments in the industry, you'll be able to become an innovator who is in demand amongst employers.
  • Technology has the chance to help us become more environmentally aware, as well as making 'doing our bit' a lot easier. It has already enabled the recycling process to be made a lot simpler, with energy a lot easier to produce without creating a burden on the planet. Focusing your degree in this area means that you have the chance to learn about government policy and create new ideas that could transform the world we live in.
  • Architecture: As you can imagine when architects embark on an ambitious project, a great deal of thought is put into new technology – and how this can help exciting buildings to be planned with precision. The right software also informs professions about the limitations of a new build, and alerts them to health and safety risks which can occur during a project. Your eyes would be opened to all of these factors during a degree.

Technology, Masters

Once you have gone through the process of taking a Bachelor's Degree in Technology, you may consider going to a Masters level. This is an opportunity to focus your learning in one particular area, based on the modules you took a shine to during your undergraduate degree.

For example, one lucrative area which many security companies and governments want people to study is cyber security, and how technology can prevent major pieces of infrastructure from being hacked. This also ties into our privacy online, how to protect sensitive information, and ensuring that new devices are compliant with rigorous security standards.

But there are alternatives which could see you veer from Information Technology altogether. You could take a Masters in Technology Management, which looks at the industry from a bird's eye view, and see how the dynamics which have dictated the sector for years slowly change over time. Once you're employed, this gives you the expertise needed to help your employer stand out from the crowd and have unique selling points – or, if you're an entrepreneur yourself, you can ensure your goods and services have a cutting edge.

There are some aspects of the course which remain the same, irrespective of your discipline. They are:

  • How newly-developed technology, and the preceding research, is financed
  • Ensuring that technology delivers a strong return on investment
  • Taking into account the thoughts of focus groups and those who trial the technology
  • Anticipating potential downsides to technology, or the things that could go wrong during project deliverance


A Ph.D. in Technology is bound to gain you the respect of colleagues, clients or employers in your sector. This is an ability to seize the trends which you have noticed in the market, analyze them, perform research and look at the opportunities that can be afforded to entrepreneurs or blue-chip companies as a result. From here, millions of lives could be changed indelibly – just like Facebook or Twitter changed the communication methods of millions. However, this is not a quick degree to complete, as oftentimes, it follows a four-year Bachelor's Program.

This is a chance to become a scholar and an expert in the world of technology – and normally, many people go on to teach and inspire national and international students. In addition to this, it becomes possible to become a researcher or a developer for multimillion dollar companies, and add to their success.

Here are just some of the things that any Ph.D. in Technology should have achieved by the time that they conclude their studies:

A knowledge of how to commission research and launch product development.

  • Being use the results of R&D to create new technology
  • Looking at the strengths and weaknesses of existing technology, how they can be built upon, and develop educational initiatives to help young people become interested in technology
  • Strong communication skills and professionalism

The sky is the limit when you take a Doctorate in Technology. Just like some of the finest inventions have been created by the imaginative, this is a program which affords you the chance to think outside the box.


Whether you are a Bachelor's Degree holder or a postgraduate who has completed a Masters and a Ph.D., a Certificate or Diploma can greatly boost your career and enhance your credentials. Many industry bodies – as well as major blue-chip companies – have launched these educational initiatives as a way of showing that professionals are competent in using the technology they have created. For example, someone who is highly proficient in the Excel spreadsheet program may have ended up receiving a certificate from Microsoft.

One of the most common certificates out there is in Information Technology, and this gives you the chance to gain an entry-level job role with a company. You'll know how to develop web apps, create esthetically-pleasing websites, and have a thorough understanding of IT infrastructure, how it works, and what happens when it goes wrong.

If you're considering whether or not a certificate or diploma will offer any value, think of it this way: employers want to find something that makes you appear distinctive from rival applicants. It shows that you are forward thinking and determine to succeed in the industry, as well as passionate about the power of technology.

It's OK if you're already in a part-time or full-time job while completing a Technology Certificate or Diploma, as many of these can be completed online, with lectures and seminars taking place at evenings and weekends. Once you have completed your first, always make sure to keep it updated when technology changes, otherwise your qualification could become obsolete.