When you go to college to acquire a Bachelor of Engineering (B.Eng) degree, you know you’re on the right track to a fulfilling career. The Engineering discipline is a broad one with lucrative salary and an opportunity to make an impact in the world. However, you may need to grab a Master of Engineering (M.Eng) degree and specialize in a field of engineering to fully kick start your engineering career.
Unlike several programs in the Arts discipline, A bachelor of engineering degree places you in a position of advantage in the science and technology industry. The reason is that in the process of acquiring a bachelor’s degree in a branch of engineering, you take courses in other branches of Engineering.
Nonetheless, in the long run, your passion may drive you to an engineering specialization you didn’t major in. You will then realize that even though you had taken a course in that area of engineering, your B.Eng degree does not qualify you to pursue a Master’s in that specialization.
In this post, we hope to steer you away from the “Had I known” situation by explaining the Masters in Engineering requirements for your B.Eng degree. To achieve this, we have fine-picked the top seventeen (10) Master’s in Engineering programs and listed the B.Eng degrees that qualify you to enroll in the program.
Also, we attached the annual salary estimate for Engineering field which your B.Eng degree can qualify you for a Master’s. By this, we hope to equip you with all the information you need to make a wise career decision in the engineering field of study.
Bachelor of Engineering (B.Eng)
A Bachelor of Engineering is simply the undergraduate degree you get for studying an engineering program in the higher institution. It is also abbreviated as B.E., B.Eng. or B.A.I. (in Latin form). Engineering is a specialized course, so a valid degree in the field is usually one acquired from a school with relevant accreditation.
In the US, the Accreditation Board for Engineering and Technology (ABET) accredits bachelor-level engineering degree program. In the UK, a B.Eng degree gains accreditation by one of the Engineering Council’s professional engineering institutions. In Canada, the degree from a Canadian university likely has accreditation by the Canadian Engineering Accreditation Board (CEAB). Canadian colleges may also gain accreditation directly by another professional engineering institution, such as the US-based Institute of Electrical and Electronics Engineers (IEEE).
To study a B.Eng. program at the university or college, you need to be exceptional in math and science. While you may need just a discipline to progress in some engineering field, certain fields like Marine Engineering requires multi-discipline. If you wish to gain acceptance into the university to study Marine engineering, you ought to know mechanical, chemical and electric engineering.
Additionally, most universities in the United States and Europe award students the Bachelor of Science Engineering (B.Sc.Eng.), Bachelor of Engineering (B.Eng.), Bachelor of Engineering Science (B.Eng.Sc.), Bachelor of Science in Engineering (B.S.E.), or Bachelor of Applied Science (B.A.Sc.) degree to undergraduate students of engineering study.
Also, some institution award engineering degrees specific to the area of studies, such as B.S.E.E. (Bachelor of Science in Electrical Engineering) and BSME (Bachelor of Science in Mechanical Engineering).
Typically, it takes anywhere from three (3) to five (5) years to complete a B.Eng degree program.
Master’s of Engineering
For either a desire to gain mastery in a field of study or to improve employment prospect, people proceed to take a master’s degree in their fields of study. This is no different from the engineering field. The Master’s of Engineering is simply a professional degree which universities offer as a coursework-based alternative to the traditional research-based Master of Science.
Normally, it takes two years to complete a Master’s of Engineering program. Also, students take the Master’s degree after completing their B.Eng and some schools allow students to choose between the Master of Engineering and the Master of Science.
Many schools are increasingly spicing up their M.Eng programs with some study flexibility. In the United States and Canada, you can choose to complete your M.Eng program on a part-time (weekends or evenings) basis.
Also, some M.Eng. degree programs require the students to carry out a project in addition to coursework. Some other M.Eng. programs require students to take additional courses beyond those required for Master of Science students in order to better prepare them for professional careers. You’ll often find Master’s of Engineering students take courses such as business fundamentals, management, and leadership towards the completion of their program.
Bachelor of Engineering Vs Bachelor of Science
You’ll notice that this post talks about a Bachelor’s of Engineering (B.Eng.) and not a Bachelor of Science Engineering (B.Sc.Eng.). Our avoidance of interchanging both terms does imply that there is some difference between both of them. Understanding the difference between these two degrees will help you graduate with a smile, knowing you went to study what you wanted and not what a college or university had to offer.
Bachelor of Science is a more general degree, while Bachelor of Engineering is engineering specific. While the Bachelor of science represents a majority of programs which universities offer (including those that applied minimal science in their coursework), the Engineering discipline (a key science discipline) had to distinguish itself. Thus, undergraduate students who complete an engineering program receives the B.Eng. Countries that issue their engineering undergraduate B.Eng rather than B.Sc.Eng includes Australia, China, Germany, New Zealand, Singapore, the United States, and the United Kingdom.
Another difference between B.Sc. and B.Eng. is that B.Sc. degrees are usually theoretically based while B.Eng is more practical oriented. Students completing a B.Sc. program carry out coursework research. They have to properly understand the theories and principles that are presented in textbooks, journal reports, and past experiments. Engineering college that is focused on teaching students the principles and theories of Engineering offer B.Sc.Eng to their students upon graduation.
B.Eng. undergraduate degree programs not only familiarize students with the theories and principles, but the bulk of the academic program is concentrated in applying these theories and principles in a practical manner.
Are there Online Engineering Programs?
Yes, there are Engineering programs you can complete online. Some students may wonder, however, if these programs are ABET-accredited. The truth is that the majority of ABET-accredited programs are offered on-site, in brick-and-wall colleges. However, ABET has listed some of the 100 percent accredited online programs.
From the list of Abet-Accredited programs, you’ll discover that most of these accredited online engineering programs are B.Sc Engineering and M.Sc. Engineering programs. This solidifies the explanation of B.Eng and M.Eng as practical-oriented degrees.
Because of the practical nature of B.Eng and M.Eng programs, you’ll have to take them on-site.
Meanwhile, if you’re interested in an online engineering program, you can search the ABET website to see if your online program has accreditation.
What are the Master’s Degree Programs for B.Eng Students?
So, back to where we started, what Master’s program does your B.Eng degree qualifies you for?
Generally, the engineering field is vast. The major branches of the engineering discipline are Chemical engineering, Civil engineering, Electrical engineering, Mechanical engineering, and Interdisciplinary engineering. However, these branches further spread into different specializations, creating a wide range of programs for students to choose from.
However large the sub-disciplines in the Engineering field are, you may find it surprising that a B.Eng in a sub-discipline may not qualify you for an M.Eng in another sub-discipline.
Note, however, that B.Eng graduates may choose to take MS programs for a graduate degree instead of an M.Eng. Thus, the list of possible master’s programs for B.Eng graduates consists of M.Eng and MS programs, depending on the university offering them.
So, we’ll proceed to list the top ten (10) Master’s in Engineering and their program requirements in the next sections.
Master’s in Aerospace Engineering
Aerospace Engineering is the sub-discipline of engineering that deals with air and space travel. Even though there exists some difference between Aerospace and Aeronautical Engineering, many universities in the US use the terms interchangeably. So, we’ll use them interchangeably here too.
The aerospace engineer usually specializes in areas like structural design, propulsion, navigation, guidance and control systems, communications, or defense systems. Students pursue a Master’s in Aerospace Engineering after a Bachelor’s degree in the subdiscipline. Also, the Masters in Aeronautics engineering is usually a non-thesis Master of Engineering degree, employing hands-on learning.
You can get a quality Masters in Aerospace engineering program in the following schools
However, you can also qualify for a Master’s in Aeronautics engineering if you have a B.Eng in the following related field:
Aerospace Engineering and Operations (Technicians)
Architectural and Engineering (Managers)
Computer Hardware Engineering
Electrical and Electronics Engineering (Technicians)
Electrical and Electronics Engineering
Master’s in Agricultural Engineering
Agricultural engineering aims to find new technologies to improve nature and increase food production. B.Eng students pursuing a master’s degree program in agricultural engineering are likely to complete 30 credit hours in coursework and research to fulfill the master’s degree requirements.
However, while some college programs will require you to complete a master’s thesis, other colleges may offer you various options to complete the degree. B.Eng students taking a master’s in Agricultural engineering may specialize in Waste MAnagement, Open Channel Hydraulics, Water Structure Systems Designs, e.t.c. Also, several colleges in the U.S offer their Agricultural engineering programs as Biological and Agricultural Engineering.
Some of the best and affordable schools for B.Eng students to acquire a Master’s degree in Agricultural Engineering include;
However, you can also qualify for a Master’s in Agricultural engineering if you have a B.Eng in the following related field:
Biomedical and Medical Engineering
Master’s in Architectural Engineering
Architectural engineering is one of the interdisciplinary engineering branches. It combines the principles of design and engineering to create usable buildings. As is the nature of the profession, Architectural engineers work on-site with a team of other engineers, architects as well as construction workers.
Also, to be successful as an Architectural engineer, you will need to get a license after completing your academic program. Aspiring architectural engineers must pass two exams and gain the required work experience to become licensed professional engineers. Many Master of Engineering in Architectural Engineering programs are a coursework-only degree program and is intended to prepare students for engineering practice.
Some of the quality colleges for B.Eng students to acquire a Master’s degree in Architectural Engineering include;
However, you can also qualify for a Master’s in Architectural engineering if you have a B.Eng in the following related field:
Aeronautical and Astronautical Engineering
Master’s in Automotive Engineering
A master’s degree program in automotive engineering is almost similar to a mechanical engineering degree. However, it differs from mechanical engineering in that it offers an advanced study of the function, mechanical workings, and production of automobiles. It is a program you should opt for if you want to specialize in automobiles.
While some colleges offer a Master’s program that is specifically in automotive engineering, some other colleges offer a master’s in mechanical engineering program which provides an automotive concentration. Whichever is the case, a Master’s in Automotive Engineering typically takes two (2) years to complete. Also, some school’s Master’s in automotive engineering are MS programs, providing the fundamentals of recent practice in the industry.
However, several other colleges offer a more practical M.Eng Automotive Engineering program.
Here are some quality and affordable Automotive Engineering college for B.Eng students to acquire a Master’s degree in Automotive Engineering:
However, you can also qualify for a Master’s in Automotive engineering if you have a B.Eng in the following related field:
Electrical Engineering and Electronics
Master’s in Biomedical Engineering
Biomedical engineering (BME) is also medical engineering. This engineering discipline involves the application of engineering principles and design concepts to medicine and biology for healthcare purposes – for diagnostic or therapeutic purpose. Because medicine involves mechanical technology, Biomedical engineering closes the gap between engineering and medicine.
Biomedical engineers manage current medical equipment within hospitals while adhering to relevant industry standards. Their job specification involves equipment recommendations, procurement, routine testing, and preventative maintenance. The Master in Biomedical Engineering is mostly an MS program and some schools provide a thesis and non-thesis option for students.
Here are some quality and affordable Biomedical Engineering college for B.Eng students to acquire a Master’s degree in the discipline:
However, you can also qualify for a Master’s in Biomedical engineering if you have a B.Eng in the following related field:
Electrical Engineering and Electronics
Master’s in Chemical Engineering
Chemical engineering is one of the major branches of Engineering. The discipline uses the principles of chemistry, physics, mathematics, biology, and economics to efficiently use, produce, design, transport and transform energy and materials. Engineers in this field utilize nanotechnology and nanomaterials in the laboratory. They are also involved in large-scale industrial processes that convert chemicals, raw materials, living cells, microorganisms, and energy into useful forms and products.
Like the Biomedical engineering program, many schools award students an M.S degree upon graduation. Some colleges in the United States, however, offers a Master’s in Chemistry (M.ChE.) degree. Also, after academic studies, the student wishing to build a career as a chemical engineer needs to gain licensure.
Here are some quality and affordable Chemical Engineering college for B.Eng students to acquire a Master’s degree in the discipline:
Because Chemical engineering is one of the main branches of engineering, almost all subdisciplines in Engineering can take up a master’s degree in chemical engineering. This is because, during the course of their B.Eng degree, they took chemical engineering courses.
The following B.Eng graduates can get a master’s degree in Chemical Engineering.
Electrical Engineering and Electronics
Master’s in Civil Engineering
Civil engineering, like chemical engineering, is an old branch of engineering. This engineering discipline is concerned with the design, construction, and maintenance of the physical and naturally built environment. Everything involving construction such as roads, bridges, canals, dams, airports, sewerage systems, pipelines, structural components of buildings, e.t.c., falls under this discipline.
M.S and M.Eng degrees exist for civil engineering. You may choose from any of them depending on your program need. The M.Eng Civil Engineering program is usually a course-work program that is non-thesis based. Students are given more hands-on training unlike the MS in Civil Engineering which is usually a thesis-based program.
Furthermore, some schools in the US offer their Civil Engineering course as Civil and Environmental Engineering.
Some of the best and affordable universities to acquire either an MS or an M.Eng in Civil Engineering degree include:
However, B.Eng graduates from the following disciplines can take up a master’s in Civil Engineering.
Materials Science and Engineering
Mechanical and Aerospace Engineering
Electrical and Computer Engineering
Master’s in Mechanical Engineering
Mechanical engineering is another of the bedrock branches of Engineering. The Mechanical engineering discipline combines engineering, physics, engineering mathematics, and materials science principles to design, analyze, manufacture, and maintain mechanical systems. While it is also one of the oldest engineering disciplines in engineering, it has a variety of sub-disciplines.
Mechanical engineering students learn to use tools such as computer-aided design (CAD), computer-aided manufacturing (CAM), and product life cycle management to effectively perform discharge their job roles.
Even though there are concepts and theories to the discipline, mechanical engineering is a practical profession. Hence, whether you choose an MS or an M.Eng in Mechanical engineering, you’ll likely be involved in some hands-on learning experience. However, many colleges in the USA offer an M.Eng in Mechanical engineering, giving you the opportunity to gain practical experience in the field.
Also, like the Berkeley Mechanical Engineering program, some M.Eng colleges integrate the mechanical program with classes in Leadership and core management concept.
Some of the best and affordable universities to acquire either an MS or an M.Eng in Mechanical Engineering degree include:
However, B.Eng graduates from the following disciplines can take up a master’s in Mechanical Engineering.
Electrical and Electronics Engineering
Biomedical and Medical Engineering
Master’s in Computer Engineering
Computer engineering is an important branch of engineering as everything in our today world is computerized. It is a discipline that integrates several fields of computer science and electronics engineering to develop computer hardware and software. Therefore, to graduate successfully with an undergraduate degree in computer engineering, you must have gained training in electronic or electrical engineering, software design, and hardware-software integration.
Computer engineers deal mainly in the hardware and software part of computing. They design individual microcontrollers, microprocessors, personal computers, supercomputers, and even circuit design.
A master’s in Computer Engineering takes anywhere from two (2) to three (3) years to complete, but schools like Cornell Tech’s Masters in Electrical and Computer Engineering takes a year to complete.
The Computer Engineering discipline is a very dynamic one, so students make need to keep learning even after an undergraduate. They can choose among sub-disciplines in Computer Engineering towards becoming a Data analyst administrator, Computer design specialist, Systems Engineer, Project Manager, Director of Computer Programming, etc.
Below are the best and affordable universities to acquire either an MS or an M.Eng in Computer Engineering degree. However, there are more MS in Computer Engineering than M.Eng and you can take these programs online.
However, because computer application integrates into almost every sub-discipline of Engineering, almost ever B.Eng degree qualifies you for a master’s in Computer Engineering.
Meanwhile, here are more closely related M.Eng disciplines that can easily take a Master’s Program in Computer Engineering.
Electrical Engineering and Electronics
Master’s in Electrical Engineering
Electrical engineering is another of the old branches of Engineering and another bedrock branch of the discipline. It is a technical discipline that deals with the design and application of equipment, devices, and systems using electricity, electronics, and electromagnetism. The discipline is so broad that it now branches into computer engineering, power engineering, telecommunications, radio-frequency engineering, signal processing, instrumentation, and electronics.
Furthermore, many of these sub-disciplines overlap with other engineering branches, thus creating a massive pool of engineering specializations such as hardware engineering and power electronics. Also, because you can hardly talk of electronics without mentioning electrical, and vice-versa, many colleges around the world offer a mixed electrical and electronics engineering program.
Because of the various specializations in Electrical engineering, M.Eng graduates can proceed to take a career path as Systems design engineers, Software engineers, Reliability engineers, Project engineers, and Development engineers. Meanwhile, master’s students in Electrical engineering can pursue specialization across three major areas of study: circuits and embedded systems, physical and wave electronics, and signals and systems.
Here are some low-tuition and best colleges B.Eng students can enroll in for a master’s program in Electrical Engineering
Meanwhile, here are other related B.Eng engineering disciplines that qualify to enroll for a Master’s program in Electrical Engineering.
Drafting and Design Engineering
Engineering is a beautiful discipline to study in college. Not only does it give students the opportunity for self-actualization, but also a promising career in any of the sub-disciplines in its pool of disciplines. Thus, you have no need to worry about how to further your education with a B.Eng degree.
However, for proper guidance for master’s programs which your B.Eng degree qualifies you for, we hope our list of engineering master’s programs solves your problem.
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ENGINEERING MASTERS PROGRAMS
B.ENG DEGREE QUALIFICATION
You can get a masters degree in Aerospace, Architectural, Biomedical engineering after your bachelors in engineering degree. See more of the best masters for engineers with enticing salary and a great career prospect as well as the schools offering these engineering master’s programs.