Most Interesting Engineering Degree
Online Engineering Degrees
There are many different types of engineering degrees, but not all areavailable online. The top online engineering degrees are: ComputerEngineering, Engineering Management, Mechatronics Engineering, and differentvariations of Masters in Engineering Degrees.
Online Engineering Degree
An up-and-coming concept in the field of engineering academics is the onlineengineering degree, which is available at at least one school in every branchof engineering. Although there are not exactly a plethora of choices right nowfor some branches, more and more colleges and universities are adding onlineengineering degrees at every level. The most common so far is an onlineMaster’s in Engineering. Many engineers that have already earned their PE(Professional Engineer) license and are currently employed opt for takingonline engineering classes to get their Master’s degree. Obviously there aredifferent specializations that cater more towards online engineering degrees,such as Engineering Management, while others are more difficult to learnonline.
Online Engineering Degrees Are Available In:
Undergraduate: Certificate, Associates, Bachelors Year by year, more engineering schools bring their programs online. The firstengineering programs to go online were mostly at the Masters level, but as oflate more online Bachelors in Engineering programs are coming online too. Youmay consider an online program from an accredited university currentlyaccepting applicants:Graduate: Masters, Doctorate There are a decent number of Online Masters in Engineering programs, all indifferent areas of engineering. Computer Engineering, Software Engineering,and Engineering Management seem to be the most popular online engineeringprograms. You may consider an online program from an accredited universitycurrently accepting applicants:* * *
Online Electrical Engineering Degrees Are Available In:
Undergraduate: Certificate, Associates, Bachelors Availability of undergraduate online electrical engineering programs islimited, but many traditional unviersities have on-campus programs, especiallyat the Bachelors level.Graduate: Masters, Doctorate There are some options for Online Electrical Engineering Degrees, but somealso consider the Masters in Computer Engineering.
Engineering Degrees by Degree Level
For those that may be undecided on which specific type of engineering theywant to study, but are interested in entering an engineering program, considerviewing engineering degree by degree level. There are multiple options here:undergraduate options include Associate’s and Bachelor’s degrees inEngineering. Graduate-level options include Master’s of Engineering, MBA inEngineering, and Doctorate of Engineering programs. You can view morespecifics on our degree detail summaries:The list above represents the many different types of Engineering Degreesavailable. Some degrees will overlap to some extent while some degrees arevery specialized, and as a result, so is the education. If you have asuggestion for this list, please contact us and we will review the engineeringprogram.Top Biological & Biomedical Engineering Masters Degrees & Graduate Programs inCanada 2021+Masters in Biomedical Engineering Programs are intended for studentsinterested in an in-depth understanding of the engineering principals used todesign and develop medical equipment. Biomedical engineers are the innovatorsbehind many medical breakthroughs and medical devices. They also createsoftware programs to test new drug therapies and run diagnostic equipment. Incollaboration with biologists and doctors, they are developing artificialorgans, prosthetics, and implants, aiding those with disabilities as well ascontributing to overall health in all sectors.
Biomedical Engineering Potential Masters Curriculum
For success in a Biomedical Engineering Masters program, knowledge of both thelife sciences and engineering is required.Prospective students may be required to complete remedial programs and coursesto bolster their knowledge in either field. To earn a master’s degree inbiomedical engineering, students are required to complete a combination ofmath, life science and biomedical engineering courses that might includestudies in the following: * Applied mathematics * Biomaterials * Biomedical imaging * Biomechanics * Molecular biology * Medical instrumentation * Molecular- or systems-level biology/physiology and mathematics * Advanced biomedical engineering coursework * Protein engineering, anatomy and physiology * Systems analysis * MathematicsPrograms do vary between universities, and may offer different specializationtracks. Some of these might include: * Biomaterials track * Medical imaging track * Biomedical instrumentation track * Drug delivery * Orthopedic biomechanics and devices * Bioinformatics
Online Master’s in Software Engineering Programs 2021
* * *See Our Rankings Methodology18 Best Biomedical Engineering Schools in the WorldIf you are interested in obtaining a degree in biomedical engineering (BME),you may want to pursue that dream in one of the best biomedical engineeringschools in the world.You can be confident that almost every school you attend will offer a highreturn on your investment simply because of the high demand for employees witha degree in biomedical engineering.But that does not mean that you should be willing to spend cash to get aneducation. The key is to find a university that offers a challenging,comprehensive curriculum for a reasonable price.Biomedical engineers and bio-engineers apply their knowledge of life sciencesand technology to solve problems that affect life on earth.To help you on your way, we have compiled a list of the best biomedicalengineering schools to help you in your choice of selection.
Masters in Biomedical Engineering
A master’s degree in biomedical engineering offers an alternative path to thecareer for graduates from other technical disciplines. In addition, someMaster’s programs offer advanced training in a specialty to people with aBachelor’s degree in BME.For example, at the University of Southern California, full-time students cancomplete a general Master of Science in biomedical engineering in two years orless.However, the university also offers specialized masters for those who alreadyhave a bachelor in Biomedical Engineering.For example, students with a bachelor’s degree in BME can complete a master’sdegree with a specialization in neuro-engineering in a full-time year ofstudy.
Best Colleges for Biomedical Engineering
Here are the top 10 best colleges of Biomedical Engineering in the States:John Hopkins University is known worldwide for its strong foundations inBiological and Medical Sciences. It is also known mainly as a strong researchuniversity. Currently, John Hopkins University offers the following degrees:The Department offers the following degrees: * Bachelor of Science in Biomedical engineering. * 3+1 Bachelor of Science/MSE program. * Master of Science and Engineering program. * Master of Science in Engineering, Innovation, and Design. * Dual degree program with Tsinghua University. * Ph.D. programSpecialization areas: * Biomedical engineering * Computational medicine * Genomics and Systems Biology. * Imaging and medical devices. * Immunoengineering * Neuroengineering * Translational Tissue and Cell Engineering.The courses are offered jointly by two colleges on the campus. Engineeringcourses are taught at the Whiting School of Engineering. In contrast, medicaland biology-related courses are taught at the Johns Hopkins School ofMedicine. The Program is accredited by the Engineering AccreditationCommission (ABET).Why study BME at JHU: * Johns Hopkins Biomedical Engineering is ranked 24 among the world’s best universities. * Currently, there are 4 Nobel laureates among the University’s teaching staff – three in Biology (Molecular Biology and Genetics) and one in Physics and Astronomy. * For students that aspire to be a design engineer, there is a Design Team at the faculty which allows participation of undergraduate students. * The center of bioengineering innovation and design at JHU collaborates with leading medical device companies in the USA. * Whiting School of Engineering has a high academic reputation. * The Department has an Industrial Liason program that assists with projects, internships and other types of collaboration for students.Similar to John Hopkins University, Duke University is known for its medicalprograms. The biomedical engineering program at this University is also highlyranked – top 5 in U. S.News Report (3 for undergraduate, 4 for graduate).The Program is offered by Pratt School of Engineering and is ABET-accredited.The Department of Biomedical Engineering offers the following degrees: * Bachelor of Science in Biomedical Engineering. * 4+1 B. S and M. S Program. * Master of Science in Biomedical Engineering. * Master of Engineering in Biomedical Engineering. * MD-Master of engineering * Ph.D. in Biomedical Engineering. * Dual Degrees: * Biomedical engineering and Electrical and Computer Engineering (ECE). * Biomedical engineering and Mechanical Engineering. * Biomedical engineering and civil environmental engineering.Why study BME at Duke University: * There are 3 members of the National Academy of Inventors and 2 members of National Academy of Engineering among the tenured staff. * There is a specialized design fellows’ Program for students aiming to go into design engineering. * The students have multiple research opportunities in cutting edge fields such as tissue engineering, biomechanics, and biosensors. * The school offers assistance with career search and internships. * BME teams at Duke University earn awards for their inventions. * The University is commended for focusing on the whole undergraduate experience and having various sports and student groups, for instance, Bass Connections.Massachusetts Institute of Technology (MIT) is reputed for its focus oncutting edge science and technology. It offers an ABET-accredited BiologicalEngineering program that focuses on using molecular biology for variousengineering applications. The Department offers the following degrees: * Bachelor of Science in Biological Engineering. * Masters degree in Biomedical Engineering. * Ph.D. in Biological engineering.Why get a degree in Biological Engineering from MIT: * The coursework provides broader preparation for work in biological engineering compared to solely medical applications. * Unanimous satisfaction with the education provided. * The focus of the curriculum is on the cutting edge fields such as biomolecular systems and synthetic biology. * The Department has a communications lab that prepares students for effective communication in work settings. * MIT offers various career resources that assist with networking, resume/CV writing, and applications.Case Western Reserve University is a relatively expensive private school. Itoffers a variety of degrees but focuses on STEM-related subjects. TheDepartment of Biomedical Engineering at the Case School of Engineering at CWRUoffers the following degrees: * Bachelor of Science in Biomedical Engineering. * Master of Science in Biomedical Engineering. * Ph.D. in Biomedical Engineering.Bachelor of Science in Biomedical Engineering program is accredited by theEngineering Accreditation Commission of ABET.Why study Biomedical Engineering at CWRU: * The University is considered one of the most focused colleges in biomedical engineering. * Case Western Reserve University and Cleveland Clinic launched the biomedical engineering alliance last year. * Case school of engineering provides paid co-op experience programs for engineering students. * The students have excellent assistance: librarians, student Navigators, and maker spaces. * CWRU is known for its Neural Engineering Center.The Wallace H. Coulter Department of Engineering was jointly created by twoprominent Atlanta Institutions – Georgia Institute of Technology and EmoryUniversity. Its undergraduate program is consistently highly ranked at USNewsReports (The Program was ranked 1 in 2016, and is ranked 3 in 2020). TheDepartment offers the following degrees: * Georgia Tech Bachelor of Science in Biomedical Engineering. * Georgia Tech Minor in Biomedical Engineering. * Master in Biomedical Engineering (MS BMED). * Master of Biomedical Innovation and Development (MBID). * Joint Ph.D. program in Biomedical Engineering from Georgia Tech and Emory University. * Joint Ph.D. program from Georgia Tech, Emory, and Peking University. * Interdisciplinary Ph.D. programs from both universities in: * Bioengineering * Bioinformatics * Computational Science * Machine Learning * RoboticsWhy study Biomedical Engineering at Georgia Tech/Emory University: * Undergraduate students start with an introductory course, Problems in biomedical engineering, built on the problem-driven learning approach. * The school is known for rigorous, high-quality academics. * Georgia Tech has various student groups that can assist students from BME mentoring program to BME machine shop and BME Robotics. * The school has a specialized Learning Commons space aimed at facilitating networking and mutual learning support. * The senior courses are hands-on and devoted to designing: Robotics, Cell, and Tissue Engineering Laboratory, Neuroengineering. * There are several award-winning young faculty members at the BME department.Rose Hulman Institute of Technology is a highly ranked engineering school. Allof its engineering programs are ABET-accredited. Its Department of Biology andBiomedical engineering is highly ranked and offers the following degrees: * Bachelor of Science in Biomedical Engineering. * Bachelor of Science in Biology. * A second major in Biochemistry and Molecular Biology. * Masters Degree in Biomedical Engineering. * Minor in Biology/Biomedical Engineering/Biochemistry/microbiology.Why study Biomedical Engineering at the Rose-Hulman Institute of Technology: * There are faculty members nominated for Fulbright and other awards, as well as specialists in Physics, Nanotechnology, and Biomaterials. * The coursework is design – and engineering-oriented. * All students are provided research and design opportunities. * Students can participate in the International Genetically Engineered Machine competition. * The school is acclaimed for having small class sizes and a robust support system.Worcester Polytechnic Institute (WPI) is a well-known private universityfocused on engineering and STEM. All of its engineering programs, includingBiomedical Engineering, are ABET-accredited. Its Biomedical EngineeringDepartment offers the following degrees: * Bachelor of Science in Biomedical Engineering. * Master of Biomedical Engineering. * Ph.D. in Biomedical Engineering. * MEng in Biomedical Engineering.Why study biomedical engineering in WPI: * The school is renowned for its hands-on approach and project-based learning. * The classes are small, and professors are said to be invested in their success. * The school has an active career development center. * The school has only three specialization paths, which contributes to less broad and more focused learning: * Biomaterials and Tissue Engineering. * Biomechanics and Nanobiology * Bioinstrumentation and Signal processing. * The school has an innovative Biomanufacturing Education and training center.Rensselaer Polytechnic Institute is in the top 50 of American engineeringschools. The Department of biomedical engineering views the discipline as anapproach where engineering techniques are applied to human physiology. Theschool offers the following degrees: * Bachelor of Science in Biomedical Engineering. * Bachelor of Science in Biomedical Engineering with a minor in management. * B.S. in Biomedical Engineering with a Minor in Data Science. * B.S.Pre-health * Physician Engineer program – joint with Albany Medical College. * Co-terminal Graduate degree program. * Master of Science in Biomedical Engineering. * MEgng in Biomedical Engineering. * Ph.D. in Biomedical Engineering.Concentrations available for the Bachelor of Science degree: * Biomaterials * Biomechanics * Biomedical Data Science * Bioimaging and Medical devices.Why study Biomedical Engineering at RPI: * The Department of Biomedical Engineering at RPI is one of the oldest in the nation. Therefore, the faculty has accumulated teaching and practical experience. * The school faculty and students participate in cutting edge research in biomaterials and innovative medical devices. * The school provides quality assistance in finding internships, co-op experiences, and other types of career assistance. * The school has so-called HASS integrative Pathways coursework centered around crucial topics, such as A. I., Neuroscience, Creative design, Arts, Game Design, and others. * RPI has a reputation for producing hard-working professionals in their respective fields.Boston University is a relatively large private university with a variety ofprograms. Its Department of Biomedical Engineering is large and offers thefollowing degrees, concentrations, and special programs: * Bachelor of Science in Biomedical Engineering. * Master of Engineering in Biomedical Engineering. * Master of Science in Biomedical Engineering. * Master of Science in Robotics and Autonomous Systems. * Minor in Biomedical Engineering. * Minor in Engineering Science. * Post – B.S.Ph.D. in Biomedical Engineering. * Post- M. S.Ph.D. in Biomedical Engineering. * MD/Ph.D. in Biomedical Engineering.Concentrations for undergraduates: * Concentration in Manufacturing for undergraduate students. * Concentration in Technology Innovation. * Concentration in Nanotechnology * Concentration in energy technology. * National Association of Engineers Grand Challenge Scholars Concentration.Special programs: * Modular Medical/Dental Integrated Curriculum. * STEM Educator/Engineer program * Master’s Program for non-Engineers (LEAP).Why study Biomedical Engineering at Boston University: * Boston University graduates have a 95% employment rate/graduate school acceptance. * The faculty of the Department leads ground-breaking research and is even featured in documentaries. * The University has modern research centers absent in other schools, such as Nanotechnology Innovation Center, Hearing Research Center, Precision Diagnostics Center. * Senior Design Project offers senior students hands-on design and development experience. * The students at the B. U.are offered a general education HUB program to figure out interests and pursuits.Purdue University is well recognized for its engineering programs. Its WeldonSchool of Biomedical Engineering is ABET-accredited and offers the followingdegrees: * Bachelor of Science in Biomedical Engineering. * Master of Science in Biomedical engineering. * Combined BS/MS in Biomedical Engineering with thesis. * M. S.in Biomedical Engineering professional option (without thesis). * MS BME and MBA dual degree. * MS BME and M. D.dual degree. * Master of Science in Engineering / M. S.with a concentration in Biomedical Engineering. * Ph. D.Biomedical Engineering (Post BS/post M. S.). * Ph.D. in Interdisciplinary Biomedical Sciences. * Combined Clinical MD-Ph.D. in Biomedical Engineering (Medical Scientist Training Program). * Bioengineering interdisciplinary training in Diabetes Research Program. * Interdisciplinary training program in Auditory Neuroscience. * Biomedship – educational Program in innovation and entrepreneurship.Why study Biomedical Engineering at Purdue University? * The University partners with industry and medical establishments for providing internships and mentorships to students. * The University supports translational research, for instance in diabetes and hearing loss treatment. * The building that houses the school is recently built and has both modern facilities and necessary equipment. * The students and the faculty have participated in research and development that resulted in more than 100 US patents. * The Program provides excellent preparation for med school.All of the schools listed above share the main features the prospectivestudents would need to get the most value from a degree in Biomedicalengineering: flexible curriculum, opportunities to be trained in design,excellent facilities, well-trained faculty, links to both industry andresearch, as well as excellent chances of employment for graduates.> Among the school listed, MIT is undoubtedly the best due to its high> reputation, rigorous training, and excellent equipment. But reputed> engineering schools such as Georgia Tech and RPI also come close and are> highly recommended by former graduates.
Most Interesting Engineering Degree
Most will agree that computer technology will continue to expand at anexponential rate. In our opinion software engineers are still on the cuttingedge of technology, the type of technology that will advance almost everymajor industry in the future. Software is intrinsically designed to assistwith research and development. It should also be noted that out of allengineering disciplines listed software and computer engineers may find jobtransition the easiest as computers are now firmly entrenched in allindustries and the demand for engineers will only increase as a result.
Highest Paid Engineering Degrees
Some people view the “best degree” as the one that pays the most. While thiswill be subject to change over time and may even depend on your location anddemand, if you are involved in the mining industry you will have the potentialto be paid very well. Petroleum engineers and chemical engineers typicallyhave the most scope for expansion into higher paying roles within theirindustries.For more information on highly paid engineering careers, click here.
Best Engineering Degree for the Future
This is the ten million dollar question. We have stated reasons why we believethe roles included are well placed for future employment and opportunity. Fromour research, it seems that any electrical engineering,environmental/sustainability engineering, or computer/tech-related engineeringdegree is primed for future success. That said, the staple engineeringcategories and fields such as civil engineering, mechanical engineering,chemical engineering, and petroleum engineering are all excellent fields to bein. Generally, engineering is one of the top fields to be in for the future.For the best engineering degree for the future, however, we decided to go withone of our previous selections: the computer engineering degree. Here’s why:the advancements in computer engineering over even the past decade have faroutweighed the progress in nearly any other engineering field. Simply put, thelargest companies that are seeing the most traction and the highest value –whether it be a private company or publicly held – are nearly all technologycompanies.If they are not a tech company, then they almost certainly need some sort oftechnology behind them, which is where computer engineers come in. Also, thereare multiple deviations of the computer engineering degree – softwareengineering, hardware engineering, and robotics engineering (related tomechanical of course) are all several. Add in application, mobile, and gamedevelopment and the list continues.* * *