DeVry University

With distance learning from DeVry, you can go to class anywhere and anytime. Take your courses via DeVry's online learning option. You can get the same quality education, taught by the same renowned faculty at DeVry, without ever setting foot inside the classroom. You start the classes at your convenience.

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With distance learning, it is a lot easier to attend your classes.

Study anytime that you like from home, the office, or even an Internet cafe. Conveniently collaborate on group projects with your classmates online. Your teacher and your classmates can be contacted by email in the DeVry online classroom. Distance learning is super convenient - all that you'll miss is the traffic. And is there anyone who really misses that?

Anything you need, you can get online through distance learning. You can access the syllabus for any of your classes, information about your assignments, presentations by your instructors, DeVry's web-based library and online bookstore - and so much more. Students in the distance learning program can still utilize all of our student services - everything from speaking with an academic adviser to accessing financial aid.

Get a Solid Education While You Earn Your Online Degree.

As an online student, you'll receive a comprehensive Internet learning experience that allows you to master courses as if you attended classes on campus.

Earn your degree from DeVry online, from the comfort of your own home, on a college "campus" that is at your fingertips, any time day or night, offering:

• class syllabi and work assignments, DeVry's online library and other online resources
• email and message boards
• application-oriented projects and assignments
• text and class materials, through DeVry's virtual bookstore
• CD-ROM companion disks
• study guides or "teacher lectures," which are online for students to access.

Biomedical Engineering Technology

Biomedical Engineering Technology is a subject in the health care field with continued expansion leading to skilled biomedical engineers who are in great demand now in the career market, which is a rapidly growing technique and occupies a major role in activities related to diagnostic, therapeutic, and research methods. The U.S. Department of Labor states that through the year 2012, biomedical engineering careers are growing at a rate of 26% annually. This is double when compared to other jobs.

Working with various professionals like physicians and technicians on the design, construction, and maintenance of technical equipment are just a few of the options open to degree holders with backgrounds in biological processes and biomedical engineering.

You can graduate with a bachelor’s degree in Biomedical Engineering in only three years from DeVry. Education and training will encompass finding biological and technology solutions for current challenges relating to healthcare issues.

Biomedical engineering is a career oriented field, that is increasing at twice the percentage of all other combinations of career choices and it gives excellent opportunities for improvements and outstanding benefits within the heatlh care field. The roles of biomedical engineers are quite varied, with some professionals designing and building portable electrocardiogram recorders or making improvements in digital speech recognition devices. Making portable electrocardiogram recorders or advancing digital speech recognition tasks that Biomedical engineers undertake.

Individuals with a degree in biomedical engineering are well suited for careers with hospitals, pharmaceutical companies, medical labs, universities, and research institutions.

When you graduate from De Vry with a degree in biomedical engineering technology, you will have acquired the knowledge needed in today's health care field to apply all the latest improvements in engineering principles to analyze and facilitate biological and medical technology.

Professionals in the area of biomedical product design are biomedical equipment technicians and engineers, who are tasked with constructing, designing, implementing and maintaining:

• Artificial devices such as artificial organs, pacemakers, and prosthetic devices.
• Therapeutic products, such as lasers, are used in the healthcare field, and different systems that perform very important functions such as delivery of insulin, muscle repair, and tissue fusion.
• Bio-electric and telemetry equipment and patient-monitor device sensors.
• Devices for medical imaging: some examples would be X-ray and magnetic resonance equipment.

Full Listing of Online Programs Offered by DeVry University