While in high school, students should pay close attention to required coursework, as these classes will likely be integrated into college. For example, math concepts taught in classes such as algebra and pre-calculus will carry over into more advanced courses at the collegiate level.
Universities across the nation recommend that students take the following courses during their high school career if they are interested in an Engineering Technology or Bachelor of Science in Engineering degree:. Universities seek students who are well rounded and can offer a wide range of experiences and knowledge. Involvement in extracurricular activities, sports or clubs can showcase your interaction beyond the classroom, and colleges often prefer these candidates.
Before applying to any college, students should consult their high school counselors and mentors for guidance during the application process.
Students should also research the universities they plan to attend and determine if those schools are a good academic, social and cultural fit.
These courses are typically STEM based and can include subjects such as:. A Bachelor of Science in Engineering typically includes a well-rounded engineering curriculum with an opportunity to specialize in concentrations. Students should take full advantage of their educational opportunities because they can be critical to their future success. Many universities offer the chance to work in lab environments.
Students who engage with employers through internship opportunities are well ahead of the curve compared to other graduates when seeking employment. Beyond the advanced and rigorous curriculum in the college classroom, students are encouraged to engage with their peers, faculty and other influencers outside of the classroom. Experiences outside the classroom can help build a portfolio or open the door for further opportunities.
Engineering technology graduates are in high demand to fill the jobs that require an advanced skill set or knowledge of specific technologies. The following links are available for students to access if they are interested in an engineering technology degree. These links may help students while in school and in their career search.
What is an engineer? What types of engineers are there? The five largest engineering areas are: Chemical engineering Civil engineering Electrical engineering Industrial engineering Mechanical engineering There are also more specialized engineering fields, including: Aerospace engineering Oceanic engineering Nuclear engineering Biomedical engineering Environmental engineering What qualities do successful engineers have?
Strong in mathematics and science Highly analytical and detail-oriented Imaginative and creative Good communication skills Enjoy working in teams Enjoy building or improving the way things work Should I earn a master's or doctorate engineering degree?
This depends on your career goals and what area of engineering you'd like to practice: Master's programs are designed to expand and deepen the knowledge and skills acquired as an undergraduate.
Earning your degree this way may allow you to save money by paying a lower community college tuition rate rather than a pricy four-year college tuition rate for the first half of your undergraduate education. There are also two-year degree programs in a field of study called engineering technology. With a two-year engineering technology degree, you can get a job.
Instead of an engineer, you will be an engineering technician or technologist. You will work with engineering equipment or assist full-fledged engineers with implementing their designs rather than developing your own ideas. Engineering technicians make well above the median wage for all occupations but considerably less than engineers in the same discipline.
However, students should know that an engineering curriculum is rigorous. To succeed in the challenging coursework required of engineering students, you will need to give yourself plenty of time for homework, projects and studying.
In fact, fewer than half of Asian-American students, just one-third of white students, less than one-quarter of Latino students and less than one-fifth of black students attain their STEM degree within five years, the Higher Education Research Institute reported. What happens to the rest of these STEM students? Some earn a STEM degree at a slower pace, while others switch to easier majors, transfer to different schools or drop out of college completely.
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