The field of technological advancement is constantly changing, and the need for qualified specialists and engineers is always present. Check out these five different types of engineering; each is unique in its concentration, but the focus of advancing technology is the backbone of every one.
Electronic engineering is a fascinating and challenging field of study, covering a wide array of possible concentrations within technological advancement that include analog, digital, consumer and power electronics. Electric power control, robotics and computer engineering are other potential focuses, among many others. This type of engineering requires a bachelor’s degree in Engineering, Science or Technology (generally), and some choose to continue on for a higher degree. Jobs are available, however, without a master’s. Expect to earn around $65,000 per year.
Chemical engineers work to transform raw materials or chemicals into new, useful materials. Large-scale manufacture work should be expected, as designing and constructing plants is a large part of most chemical engineers’ jobs. Ensuring safe and economically-viable practices is essential, but there are opportunities in university research in addition to field work. As with electronic engineering, an undergraduate degree is essential, and many choose to study further. Chemical engineers earn around $61,000-$62,000 on average each year.
For those with an interest in technological advancement paired with a love of health sciences, biomedical engineering may be the perfect fit. These engineers work toward developing new procedures and devices, always focused on improving health practice and safety. A specialty in biomedical training is a must, in conjunction with an engineering degree. There are several opportunities for biomedical engineering positions right now, but the need for more is expected to grow significantly in upcoming years. An average income of $77,000 per year can be expected.
This is a great career choice for those who are looking to couple a passionate eco-consciousness with their interest in technological advancement. Those who are looking to study biology or chemistry as an undergraduate can look forward to working on pollution, recycling, public health and waste problems. Creating models and sustainable methods or products is important to this field of study, as well. Expect to work toward an undergraduate degree, as well as some intern work afterwards. In May 2010, the mean annual wage for environmental engineers was $78,740.
This field of technological advancement is linked closely with various areas of physics such as kinematics, thermodynamics and structural analysis. Mechanical engineers use this knowledge to develop and improve manufacturing plants, industrial equipment and machinery, electric generators, internal combustion engines, heating and cooling systems and much more. Undergraduate students majoring in mechanical engineering can expect to work one or two internships during their education. Professionals earn between $60,000 and $73,000 per year on average.
There are tons of exciting opportunities in the area of technological advancement, and the future is sure to hold far more chances for development. Committing to such a progressive field is sure to allow for a challenging, consistently moving and rewarding life. Research what engineering opportunities are available, and get studying!