Theories vs greasy hands
THE field of engineering has contributed immensely to human civilisation. A great deal of our success as humans comes from our ability to solve problems through creative and innovative ideas.
The field of engineering has paved the way for us to make these ideas a reality, be it in architectural marvels or the manipulation of molecules and reactions in chemicals.
Engineers were never known to conform to one form of stereotype. Generally, you have individuals who are a little more hands- on and skill- oriented while there are others who are bookworms and constantly interested in exploring new discoveries every day.
When pursuing a higher education in engineering, you will have to identify your strengths, personality and skill orientation to choose a branch of engineering that meets your interest.
A great deal of confusion exists about the differences between engineering and engineering technology. Many assume that both branches are the same.
However, though engineers and engineering technologists may find themselves working together on projects, they often specialise in different fields.
The education, training and career pathway of each of these occupations are also different with different entry requirements, and each presents its own unique challenges.
Discovery and development
Engineering uses mathematics and science to develop new and innovative solutions. Prospective students who are looking to pursue an engineering course will be trained to work with conceptual design functions and analysis as well as the integration of multiple systems.
If you would like to pursue the field of engineering, you must have the passion for research and development. Even though engineers are in charge of projects and do require technical skills, engineers are urged to be creative to provide solutions.
A lot of times, engineers are required to consult on projects and deliver presentations. Confidence and some background in public speaking or debate will come in useful.
Prior to enrolling in an engineering course, a potential student must have a strong background in basic and additional mathematics, especially in calculus, geometry and trigonometry.
A strong foundation in physics and chemistry in secondary school is required to meet the curriculum standards in university.
Getting down and dirty
Engineering technology is when knowledge in science, mathematics and technical skills are put to the test in the support and application of current engineering activities.
Engineering technology graduates are competent in the scopes of production engineering, design capacity, operation services and management, and distribution and sales.
Students who pursue an education in engineering technology are usually individuals who have learnt technical skills through life experiences.
Individuals who have the potential to make it big in the field of engineering technology are those who constantly keep themselves busy tinkering around.
You can spot them hanging around workshops taking apart motorcycles and cars and putting them back together again. Engineering technologists are known to be very hands- on with their work.
Individuals interested in enrolling in an engineering technology course should have adequate knowledge in mathematics especially in geometry, trigonometry, precalculus and algebra.
As for the science subjects, prospective students need to be competent in either chemistry or physics, depending on the sub- specialisation of their engineering technology course.
Do what you want
Choosing the right course depends on your interests. Skill- based education options often earn an undeserved bad reputation as a pathway for those who are not high performers in academics.
However, what matters most is what you are good at and how you can leverage on your skills. So when deciding whether to pursue engineering or engineering technology, ask yourself if you see yourself being hands- on at work or if you see yourself discovering something new every day.