Bachelor's Degree Biomedical Engineering in USA

Find Bachelor Programs Biomedical Engineering in USA 2015/2016

Biomedical Engineering

A bachelor's degree is awarded at the successful completion of an undergraduate academic program. It is often the first degree a student received in his or her academic career. It typically takes four years of full-time study to earn a bachelor’s degree.

Graduates of a Bachelor’s degree in Biomedical Engineering will possess a the combined knowledge of engineering practicability and theoretical biological sciences. This with the purpose of creating solutions for medical issues. These solutions involve the creation of medical devices, which vary in scope depending on the focus of the degree.

Education in the United States is mainly provided by the public sector, with control and funding coming from three levels: state, local, and federal, in that order. The common requirements to study at a higher education level in United States will include your admissions essay (also known as the statement of purpose or personal statement), transcript of records, recommendation/reference letters, language tests

Top Rated Bachelor Programs Biomedical Engineering in USA 2015/2016

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Biomedical Engineering Major

Campus September 2015 USA Springfield

Biomedical engineering (BME) is a revolutionary and rewarding field: Biomedical engineers are on the forefront of medical breakthroughs that improve the quality of life for millions of people worldwide. Some of the innovations they've created include artificial organs, medical imaging systems, laser surgery, blood analyzers, automatic patient monitoring, and rehabilitation devices and procedures. [+]

Best Bachelors Biomedical Engineering in USA 2015/2016. Biomedical engineering (BME) is a revolutionary and rewarding field: Biomedical engineers are on the forefront of medical breakthroughs that improve the quality of life for millions of people worldwide. Some of the innovations they've created include artificial organs, medical imaging systems, laser surgery, blood analyzers, automatic patient monitoring, and rehabilitation devices and procedures. Specialty areas include cell and tissue engineering, biomechanics, bioinstrumentation, orthopedic engineering, clinical engineering, biomaterials, rehabilitation engineering, medical imaging, and systems physiology. The program is centered on student success and our educational objectives describe what graduates of the major do after graduation. Biomedical Engineering Quick Facts Western New England University students produce award-winning research and design projects. All of our Senior Design Projects over the past nine years have been published and presented at regional or national technical conferences. Nationally, 20 percent of biomedical engineering graduates go to medical school. At Western New England University, required pre-med courses fit directly into the BME curriculum. Thirty-eight percent of students studying biomedical engineering at Western New England University are women. Many of our students compete for and are awarded prestigious summer internships across the country. Flexibility Within the Curriculum BME offers a broad range of areas of specialization, including tracks in medicine and manufacturing. Recognizing this, we offer flexibility in our curriculum that lets you choose electives that interest you most. An Ideal Pre-medical Degree If your career plans include medical school, Biomedical Engineering is the major for you. We offer excellent pre-medical advising and opportunities to gain clinical exposure at local hospitals. Premedical courses fit directly into the BME curriculum. Biomedical engineers have the unique ability to serve as a bridge between engineering and medicine. The rapid advancement of high technology into all medical specialties has increased the demand for engineers who have a depth of knowledge in both engineering and physiology. Biomedical engineers make significant contributions to society by improving patient care and ultimately improving the quality of life for others. Western New England University provides Biomedical Engineering students with a solid engineering background and an in-depth understanding of human physiology, anatomy, and biology necessary to be a successful biomedical engineer. The curriculum is designed for maximum flexibility, allowing students to choose elective courses that are of most interest. In the junior and senior year, students choose four “sequence electives,” two technical electives, as well as a series of five general education courses that fulfill the University’s requirement for a perspective on ethics, history, aesthetics, integrated liberal and professional learning, cultural studies, and social and behavioral issues. Students are exposed to the major physiological systems during each of the final four semesters through laboratory work, courses, and through the capstone Senior Design Project. Career Opportunities The Biomedical Engineering program at Western New England University is designed to prepare students for either immediate employment or for admission to graduate or medical school. Demand for biomedical engineers is growing as more and more technology is finding its way into all branches of medicine. Since the field of biomedical engineering is so broad, many of our graduates choose to specialize their knowledge in graduate or professional school by pursuing an M.S., PhD, or M.D. degree. Our graduates are working in the medical instrumentation and device industry, pharmaceutical companies, biotechnology companies, research facilities, and hospitals. [-]

Bachelor in Biomedical Engineering

Campus March 2016 USA Milwaukee

Biomedical engineering continues to be one of the fastest growing engineering fields. Biomedical engineers are instrumental in both improving the quality and... [+]

The English proficiency requirements for MSOE are: Undergraduate 82 TOEFL/6.5 IELTS and Graduate 90 TOEFL/7.0 IELTS. MSOE has an ESL program for those who do not yet have the required English proficiency.

Bachelor in Biomedical Engineering

 

Biomedical engineering continues to be one of the fastest growing engineering fields. Biomedical engineers are instrumental in both improving the quality and reducing the cost of healthcare. Both of these aims are of great importance to both individuals and our society. Biomedical engineers apply advances in the fields of human and veterinary medicine, biology, biochemistry, physiology, and other life sciences to create and improve artificial internal organs, pacemakers, surgical robots and other medical devices.Biomedical engineers use their broad understanding of engineering and life science topics to create the complex devices that improve lives. A signal device often involves aspects of electrical, mechanical and software engineering, so biomedical engineers need to have deep education in many engineering topics as well as a working knowledge of biology, physiology and medicine.There are six major areas within Biomedical Engineering:... [-]


Bachelor in Bio-medical Engineering

Campus September 2015 USA Houghton

You have an interest in medicine and a desire to impact lives and make a difference. Realize your goals with a biomedical engineering degree from Michigan Tech. You’ll work closely with [+]

Best Bachelors Biomedical Engineering in USA 2015/2016. You have an interest in medicine and a desire to impact lives and make a difference. Realize your goals with a biomedical engineering degree from Michigan Tech. You’ll work closely with faculty (our classes are kept small for a reason) and get involved early with hands-on research—studying the effect of materials on expression of vascular growth factors, the application of biomedical engineering in rural health care, or our ongoing study of bone metabolism and osteoporosis in black bears (which has received recognition by the national news media) — pretty crazy, right? Choose your Focus As a biomedical engineering major you can focus on technical areas such as: - Biomechanics - Biomaterials/tissue engineering - Cardiovascular engineering - Medical instrumentation - Medical imaging/optics - Pre-professional health What You Need to Know About This Program With an undergraduate degree in biomedical engineering, you’ll find work in a wide range of growing fields including the biomedical device industry, the emerging biotechnology industry, government/regulatory agencies, and hospitals/medical centers. You and Michigan Tech really can make the world better—one biomedical engineer at a time. [-]