Biomedical engineering is the implementation of machines and high tech to the solving of clinical issues. A bioengineer applies engineering principles to biology and healthcare. Since this also refers to the application of technology, it stands to reason that they must be at the forefront of advanced machinery and human knowledge.
What is the Difference Between Bioengineering and Other Engineering Disciplines?
The main difference between bioengineering and the rest of the engineering disciplines is that medical processes are applied to engineering projects. These processes aim towards a better application of medicine or the development of new medical processes.
In this way, aspects of mechanical engineering, chemical engineering, mathematics, chemistry, and computer science get all integrated with biological sciences to improve the bioengineering process. This could be the design of a modern prosthetic or the discovery of a new protein in the human body.
There are many disciplines associated with biological engineering, such as orthopedic implants, biomedical signal processing, stem cell engineering, clinical engineering, among many others.
What to Biological Engineers do?
Biological engineers can work in a wide range of settings and disciplines. There are so many opportunities out there for these engineers to innovate in the medical field. In the implementation of new medical technologies and discovery of new information.
They can work in the testing of new medical technology, research, and development of new diagnostic tools and procedures. In the government, they can work at establishing standards for new equipment.
When it comes to being on the fringe of advanced technology and how these people are changing the future, there are bioengineers working on tissue and stem cells technology to recreate human organs and extend the life expectancy and overall health fo people.
Pacemakers, coronary stents, prosthetics, dental implants and so much more, have a group of engineers applying their knowledge to both the field of medicine and engineering to create products that enhance the quality of life of those in need.
Also, clinical engineers work to make sure that medical equipment is safe for use in clinics. The truth is that Biomedical Engineer is a broad career that opens doors for many job opportunities.
What is the Future of Biological Engineering?
The way we practice medicine today is being dramatically changed, thanks to the medical advances made in the last few years. There have been revolutionary advances in medical diagnostics and medical imaging. Advances in medical equipment have greatly affected the lives of many patients and extending their lives.
The future of biomedical engineering then rests on how we fight issues and obstacles we discover with medical treatments and medical devices in the future.