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Because of its specialist nature, and a recent lack of people who were taking the subject in university, engineering has become one of the most-demanded specialties in the job market. However, there are very few generic Associate's Degrees that are on offer from educational institutions these days – and instead, they offer dozens of disciplines you can choose from. Many universities have exceptional industry contacts which help you to secure work experience, and some have cutting-edge resources that allow your methods to be at the forefront of engineering.
- Biomedical Engineering: particular specialty focuses on healthcare, and the tools which are used to provide the best treatment to patients. Accuracy is something that's essential in this trade – not least because precision and calibration can be the difference between life and death. These courses provide on-the-job training with industry-standard equipment, allowing you to perform repairs and safety checks, as well as instruct people on its use.
- Building Engineering: This is another desirable qualification, which acts as a great foundation before you pursue a Bachelor's Degree in Architecture. You'll be able to sketch in line with industry requirements, propose designs, and understand the terminology and process used to create specifications. Finally, there's an opportunity to get to grips with engineering software including AutoCAD.
This is more of a vocational subject, which makes it unlikely that you'll be consigned to a classroom for long periods of time. Instead, you're going to be learning through practice, and you may even be seconded to local workplaces in order to sharpen up your skills.
The art of engineering is not something that you can learn overnight, and that's why Bachelor's Degrees in this subject often take longer than average. In addition, you may be very restricted in the core modules you can take, as it's important to get a grasp of key principles before going on to meatier topics. You'll need a solid understanding of mathematics – as well as physics and chemistry – in order to translate engineering theory into fully-functional practice.
There are dozens of different niches to choose from when you are taking a Bachelor of Science Degree in Engineering. However, you will get the chance to delve into other areas during your course in elective modules should you so wish. For instance, those who graduate with a Chemical Engineering degree are able to develop equipment which helps to prevent, diagnose and treat diseases, lower death rates from existing conditions, reduce discomfort or lower the impact that existing practices have on the environment.
Given the money, opportunities and unexplored ideas found in the tech sphere, you may consider Software Engineering as an alternative. This gives you the tools needed to develop software, and test existing code to see if it works. You'll be able to design and launch high-quality products that have users in mind, make sure they're reliable, and make sure that it's all done in the most cost-effective way possible. From here, your employment prospects could see you work with social media giants, blue-chip companies, or cutting-edge startups.
Studying Engineering at Masters Degree level can lead to fantastic excitement for your future. As you see all of the exhilarating research go on around you, you soon realize that there are countless ways that you could make a difference in this world. There are two types of students that you'll find in universities up and down the country: those who have started the course straight from their Bachelor's Degree, and others who are returning to academia after a long stint of employment.
From the very beginning, the emphasis lies on research – and look at how past events could have been handled better with enhanced engineering technology. Depending on your specialty, you may end up looking at how natural disasters are managed, or the role that engineering plays in effective cancer research. Many universities are also proud to have an international perspective with their teaching, and they regularly give their students the opportunity to study in burgeoning economies such as China. Not only does this allow you to pick up new languages, but it also proves how some nations are well ahead of the US in terms of infrastructure.
There are many universities which are entirely specialized in engineering, but the entry requirements can be incredibly demanding because of the fierce competition there is when securing a place. If you get through the door, the world-leading research facilities often mean that you'll be well-versed in engineering methods that your peers at rival universities could only dream of learning.
If you're offered the chance to study a Ph.D in Engineering, you have a real opportunity to transform the way the world works. But in order to qualify for a place at on a Doctorate Program, you often have to complete an exam within 12 months of wrapping up your Masters Degree. Other than that, you'll have to be reoriented back into the world of academic with a seminar.
Normally, you have a mix of two vital components with your Engineering Doctorate: theory and practice. Your tutor often helps you to find a place where you can apply your research in a realistic environment, whether this is working in a hospital, chemistry labs, or in the business world. All of this will depend on the focus of the work you're going to complete during the program.
Those who often do best at a Ph.D. level have entered the program knowing exactly where they want to specialize. For instance, you might know how to create advanced computer models, but may want to use these skills for the benefit of chemical engineering, mechanics, medical or aviation sectors. You're able to take the skills you have learned at a postgraduate level, and mold it to the needs of a particular industry.
What's more, you'll often be able to get support in funding your Ph.D., in the form of a fellowship or a research grant. This means that the cost of your education is covered in its entirety. Other financing options may be found with your existing employer, who may want to invest in your potential.
There's no telling what credentials you'll need for a generic Certificate or Diploma in Engineering, as there are hundreds of different programs available, and they are of varying difficulty. In addition, the entry requirements may also vary from state to state. For some students, there may be a mandatory requirement that you have a Bachelor of Science in Engineering before acceptance, along with a strong GPA result to match.
You may also be able to jump straight into engineering once you have concluded school through a two-year course. In order to ensure that you have skills that make you employable, these Diplomas will provide you with advanced physics and math knowledge necessary to make calculations and perform your work with accuracy. There will also be a focus on software that's used for computer aided design, as it's normally compulsory among employers that you have a working proficiency in using such programs.
What's more, if you want your studies to work around your current commitments as an employee for a company, this is doable. Many universities offer their courses online, with plenty of videos of lectures and seminars available to help you keep up to date with your learning. You'll be able to get feedback for your assessments online, and interact with lecturers and peers via email whenever you come into any difficulty. In the age of the Internet, distance learning has never been easier. So: if you want to better yourself and have a better chance of employment in the future, why not make an inquiry today?