Your decision to become an engineer should be a product of long and hard contemplation as the road to such is filled with obstacles, which are hard especially in the first and second years of education. A wrong decision even when retracted after the first year would mean wasted effort, time, and resources. So here are some of the barriers you need to surpass, which you need to find out to help you cement your decision, before enrolling in any of the quality engineering schools:

1) Be absolutely sure that you love mathematics and science. The rumors that you heard that engineering courses are usually of such nature are true. And there is a reason to this—as an engineer, you deal mostly with innovations and inventions, adding to what are already known about the natural world.

2) Decide on which specific field you want to take up. Engineering is a broad field with various branches. Try to do a personal evaluation of your specific interests and bank on that. It would also be helpful if you are to read on the latest trends of your chosen field, so you will know what is in store for you.

3) Look for quality engineering schools. If there are no schools offering the branch you want to study in, then you should decide where to pursue your education whether in nearby localities or as far as abroad. However, this is something you won’t have a hard time finding since there are several trusted colleges and universities offering an engineering program. You will know that the specific academe offers excellent education through their board ratings, number of students enrolled, number of affiliate institutions for their on the job training, and strictness of the screening process.

4) Familiarize yourself with the school’s screening process. Try to know if you can provide what is asked to get in the particular academic institution. Most have entrance exams testing your knowledge about basic theories and principles in mathematics and science. Not to worry, as there are several online tools to help you study for such exam. Furthermore, you would also expect to be interviewed by the school faculty before you get accepted.

5) Find out how to become a full-fledged engineer. This is the last barrier you have to overcome to practice your profession. Most countries would require you to pass a national exam and become a member of associations. You can even have a feel of the exam through practice online exams.

If you feel that you have a chance of surpassing all of the above, then you can move to scouting quality-engineering schools.

Without hesitation, any engineer—from craftsperson to professional—will tell you that the above is absolutely possible. Inventions and innovations—whether of mathematics or natural science—are just around the corner, waiting to be discovered to make life simpler and more manageable. Being an engineer offers endless possibilities as you master how to use the materials and forces that govern nature—being a real life wizard that is. So if you want a career as an engineer, the next step is to select among the best ranked engineering schools.

There are at least three ways of finding a school that will suit your liking and, of course, budget, as follows:

1) Find a school online.

This is especially true if you want to study in a faraway state or abroad. It will not be possible for you to physically visit every school that will take your fancy, so scouting online is the next best thing you can get. Schools nowadays have Web sites that feature extensively the type of education they offer and will allow you to have a feel of being physically there from the pictures and presentations they provide. Some even will give you a virtual tour of their campuses. For your queries, engineering school Web sites have support in the form of chat or forums.

2) Physically visit the school yourself.

This applies only if you have the money to spare. More than the quality of education a school can give you is the chance to venture on your own and to meet other people, so you have to be absolutely sure that the physical structure of the school can cater to these needs. Another advantage of visiting the school yourself is that you are able to interview the students who are taking up engineering. Better yet is to talk to the engineering teachers themselves and ask questions that will enable you to better select a school that will take your career to greater heights.

3) Get references from people you know.

Of course, you can skip the above two and ask the opinion of your most trusted significant others such as family and friends. However, bear in mind that your selections of the best ranked engineering schools will be limited to those stated by your significant others. This is advantageous if the school will require you to submit a screening letter and a list of references. If your significant other had a good reputation in such school and is known through his or her fraternity or sorority, then you will have a better chance of being accepted.

In evaluating your undergraduate engineering school options, think about these important factors:

1. What sub-disciplines of engineering are available?

Most undergraduate engineering schools would offer general engineering courses but it is recommended that you choose one along the lines of what you wish to specialize in.  Some undergraduate engineering schools would have sub-disciplines that they are considered to be really good at and would be able to provide the best education, training, and exposure in these particular areas of specialization.  The California Institute of Technology or CalTech, for example, is well known for its extensive programs in mechanical engineering, civil engineering, environmental science and engineering, aerospace engineering, and bioengineering.

2. How long does it take to complete the engineering programs?

Generally, a bachelor’s degree in engineering could be completed in four years. There are, however, undergraduate engineering schools that offer integrated graduate engineering programs that allow students to earn both a bachelor’s degree and a master’s degree by simply adding an additional year to the undergraduate program — these are often referred to as MEng degree programs.  Earning specialized engineering degrees would require another two to four years of postgraduate coursework, research work, and intensive hands-on training.

3. How much does it cost to earn an engineering degree?

The range of tuition and fees charged by the top undergraduate engineering schools could go as high as about $40,000 per year for the Massachusetts Institute of Technology (MIT) and Stanford University to as low as less than $20,000 per year for the University of California and for Virginia Tech.  Other costs as living and transportation expenses would of course vary depending on each student’s circumstances and would have to be budgeted accordingly.  There are scholarships that students with exceptional qualifications or clear financial need could apply for to support their college expenses.

4. Are you mentally and physically ready for the demands of earning an engineering degree?

Getting an engineering degree requires students to have acceptable levels of aptitude in the sciences of physics and mathematics, enough to allow them to acquire and understand the additional concepts necessary for them to be able to design projects, find solutions to problems, and make improvements to existing end products.  Studying to earn an engineering degree from any one of your undergraduate engineering school options is both mentally and physically rigorous in the various levels of instructions including classroom course work, research, and laboratory and practical work.

Degree programs offered by accredited engineering schools range from bachelor’s degrees awarded after completing 4-year engineering or science courses in undergraduate engineering schools to master’s and doctorate degrees in specific fields of engineering after two to three years of post graduate studies which includes completion of classroom studies and on-the-job training.  There are some schools that offer a combination of undergraduate and postgraduate course work as completion requirements for conferment of appropriate engineering degrees.

There are a lot of different undergraduate engineering schools in the US and around the world, offering various scopes and specializations of engineering education that could impact the kind of training an aspiring engineer would have.  Among the different fields of specialization that an undergraduate student would have to look for in the top undergraduate engineering schools would include: mechanical engineering, electrical engineering, civil engineering and construction science, computer science and engineering, metallurgical engineering, industrial engineering, and chemical engineering.

Recently, engineering specializations in aerospace engineering, biomedical engineering, and nuclear engineering have gained popularity as modern sub-fields of engineering study offered in a number of undergraduate engineering schools.  Students with specific areas of specializations in mind would do well to take a closer look at the kinds of programs that are offered by the various undergraduate engineering schools across the country.  Of course, practicality also dictates that other aspects of getting an engineering degree be considered as well including cost of education, location of campus, length of program, and other living and incidental expenses.

The Massachusetts Institute of Technology in Cambridge consistently ranks as the number one undergraduate and graduate engineering school in the country.  It is particularly known for its programs in the following engineering specializations:  aerospace or aeronautical engineering, chemical engineering, computer engineering, electrical engineering, electronic and communications engineering, materials engineering, and mechanical engineering.  Next in line is California’s Stanford University that is particularly known for its specialization in environmental sciences and environmental health engineering.  The list of the top three undergraduate engineering schools is rounded up by University of California in Berkeley that has great programs in chemical, civil, materials, and environmental engineering sub-disciplines.  Along with their excellent academic programs, these three undergraduate engineering schools offer a diverse and vibrant campus life that stimulates creative thinking and supports learning at all levels.

Getting an engineering degree from any one of these undergraduate engineering schools have benefits that are carried way beyond campus as their graduates take their premium engineering education to the workplace.  Students who wish to study engineering courses in these schools could expect to spend about $30,000 to $40,000 in tuition and fees.  Scholarships and financial assistance facilities are available to those eligible for admission to these top undergraduate engineering schools but cannot afford to pay their way through school.

There is an extensive collection of information about the different kinds of undergraduate engineering schools as well as the different sub-disciplines of study available in the field of engineering in various websites on the internet. Some of these websites would even contain rankings of the top undergraduate engineering schools from which any interested student could find the best learning institution for his chosen field of study.  What would perhaps be more of a concern is meeting all the requirements for admission to these schools and determining exactly what kind of undergraduate engineering school would best help a student meet his educational and career goals.

You can find undergraduate engineering schools in general listings as well as in listings classified according to fields of specialization.  Normally, students who wish to pursue higher education in engineering would be placed in general engineering courses during their first year of study, after which they will be allowed to choose specific field of interest that they would want to specialize on.  The more common categories of engineering offered by most undergraduate engineering schools would include mechanical engineering, chemical engineering, civil engineering, industrial engineering, electrical engineering, and computer engineering.

Studies in sub-disciplines of engineering such as aeronautics, environmental science, geodetics, robotics, materials science, and bioengineering among others are offered as specializations by some of the top undergraduate engineering schools in the United States and other international educational facilities.  It is important to make sure that the undergraduate engineering school that you choose is one that is ABET-accredited to guarantee that you will be conferred an engineering degree once you have successfully completed all the requirements of your chosen engineering course program.

ABET-accredited undergraduate engineering schools generally offer engineering course programs that entitle you to at least a Bachelor’s degree in engineering or sciences – this entails completion of four years of undergraduate course work and training.  There are some undergraduate engineering schools that offer Master’s degrees and integrated graduate engineering courses that can be completed in as short as one year to about three years after the initial four-year course.

Students can take their studies further with a Doctor of Engineering degree with additional years of study and the completion of an original research in their chosen field of specialization.  Some schools also offer two-year courses that provide the foundation of engineering education, after which students are automatically admitted to an undergraduate engineering school where they can complete two more years of engineering specialization to get their engineering degree. A new innovation that you would come across when you find undergraduate engineering schools and courses is MIT’s flexible engineering program whereby a student is allowed to elect their own specific areas of interdisciplinary concentration to be undertaken under the supervision of a member of the department’s faculty after the student has satisfied the core requirements of his engineering course.