Biomechanics Distance Learning - For Career Options in Biomedical Engineering, Medical Research, or Sports Medicine

Biomechanics distance learning offers working engineers, doctors, physical instructors, and practically any science graduate & undergraduate, the opportunity to make a career in one of the hottest research-driven domains of today.

Biomechanics, the study of the mechanics of the structures and movements - both internal and external - of living organisms, especially human beings, is a colossal body of knowledge that is expanding exponentially, and finding applications in numerous fields, of which biomedical engineering, medical research, and sports medicine, are just the major three.

What it Involves

Biomechanics distance learning is unique in that it is offered by Engineering Departments, Medical Departments, and Kinesiology (Exercise Science) Departments, and reflects the breadth of the domain and its use in different fields. When offered by an Engineering Department, it is more likely to be in the form of an MS or PhD in Biomechanics, or an MS in Biomedical Engineering with emphasis on Biomechanics.

When offered by a Medical School, it will most likely come in the form of a dual MD/PhD or MD/MS. Kinesiology Departments generally offer biomechanics distance learning for both undergraduate degrees like BS, and graduate degrees like MS and PhD.

Due to the highly technical nature of the subject, prospective students of biomechanics distance learning should not expect a fully online or distance course, but rather off-campus courses with some element of on-campus study, like advanced labs on the subject on weekends or evenings.

Why Biomechanics?

Though growth prospects and salary figures are high for those who have specialized in biomechanics, it is difficult to come up with precise numbers as they work in different fields. If we take biomedical engineering as a representative field of work, salaries are expected to be between US $60,000 to US $100,000, and a growth rate as fast as biomedical engineers, which is in fact, better than most engineering branches.

There are so many things going for an education and career in Biomechanics. Firstly, it is a frontier field in medical research that strives for a better understanding of the human body, as well as development of better diagnostics and treatments based on this better awareness. Secondly, biomechanics is at the heart of improving fitness and sports performance, an area of central interest today.

Thirdly, and perhaps most importantly, the body of knowledge in biomechanics is so vast, and still emerging, that its applications are only limited by a researcher's imagination - ranging from better shoes, to better ergonomic chairs, to better robots.

The subject is vast because biomechanics involves the mechanics of both the external and internal movements of the human body. For example, it can provide the correct running posture to avoid cramps, as well as provide insights into better blood circulation to avoid heart attacks or how to avoid bone wear and tear, or how to correct the peristalsis problems behind gastrointestinal diseases.

External applications of biomechanics might have limits, but internal applications have no limits, and can go down to the molecular level, for example to study the molecular structure of hardened arteries or clots. Biomechanical research is driving the development of better biomedical equipment - for diagnosis, intervention, and implantation.

Its applications in orthopedics alone are countless, with the current interest in prostheses like artificial knees, hips, and joints. Similar is the role biomechanics plays in developing next-generation physiotherapy and rehabilitation techniques.

As a career choice, biomechanics is thrilling because there is something for everyone here - doctors, engineers, researchers, product developers, scientists, sports coaches, fitness enthusiasts, science students etc.

Product development based on biomechanics is not limited to biomedical equipment, but can extend to any product requiring efficient and dexterous mechanics, as there is much to learn and emulate from the internal and external movements of living organisms like humans, animals, birds, fish, and even microscopic life forms.

Why Biomechanics Distance Learning?

Biomechanics is an advanced field of knowledge, which is generally attempted by professionals in other fields like medicine, engineering, life sciences, fitness, research, product development etc. Most of these professionals are working, and that is why there is high demand for biomechanics distance learning, today.

Also, most of these professionals - except for hardcore biomechanics researchers and teachers - take up biomechanics as an additional expertise to advance in their career, and not as a career switch.

For example, biomedical engineers study biomechanics to design better equipment and prostheses, doctors study it to develop better surgical techniques, kinesiology professionals study it to develop better exercise-science techniques, and engineers study it to leverage the strengths of biological designs to overcome engineering design hurdles.

As such, continuing to work in their field, even while pursuing a course in biomechanics, will be necessary, and biomechanics distance learning is the only option for this.

What to Expect from Biomechanics Distance Learning, in the Future?

Currently, there is some element of ambiguity or overlap between the biomechanics courses offered by different departments like biomedical engineering departments, medical schools, and kinesiology departments. It will progressively get resolved in the future with further classifications of the subject emerging like biomechanical engineering, clinical biomechanics, and exercise biomechanics.

The large number of Universities and Colleges that offer various biomechanics courses on-campus, today, are expected to start biomechanics distance learning courses in the near future, thereby widening the available options. Also, when biomechanical infrastructure becomes increasingly available at the professional workplace, the need for attending on-campus labs is expected to go.

You like it? Then Share it!