Like every profession undergoes profound innovative change as time progresses, the field of healthcare is no different. Traditionally, whenever a person wants to pursue a career in healthcare or medicine, the only choice they see is becoming a doctor. Thanks to technological advancement in medicine, and trailblazing research in the field of healthcare, everyday new career paths are gaining traction.
The use of computers and technology has completely changed the perception of medicine. Nowadays, doctors can view 3D renderings of the body before even picking up a scalpel.
Gone are the days when the profession of medicine as defined by doctors and nurses alone. As medical procedures and treatments are becoming advanced and sophisticated, emerging fields of healthcare are becoming popular such as stem cell therapy. While it is true that access to these novel fields requires aspirants to go through the traditional path of becoming a doctor, some emerging fields do not require gaining the mundane knowledge of outdated healthcare practices.
If you are a student that has a passion for healthcare services but is looking to diversify from the common stream of becoming a doctor, then these emerging careers will give you promising choices.
Biomedical engineering strikes a precarious balance between medicine, biology, and software to develop novel remedies to traditional problems. The most interesting field of biomedical engineering consists of developing artificial limbs, muscles, and joints for the human body to facilitate mobility. Recently, the industrial demand for Biomedical engineers has surged, and they also receive a handsome annual salary package.
During their coursework, biomedical engineers learn a great degree about the mechanics of the human body. Because they can deeply understand the action of different forces on limbs and bones, they can carry out detailed calculations when designing bionic limbs and replacements. Biomedical engineers have laid the foundation of the human mobility facilitation industry, which carries out thousands of knee-replacements and bionic limb enhancements every year.
Neuroscience Aided With Machine Learning
The advent of neuro-linguistic programming has altered the way we think of neuroscience. Traditionally, neuroscience has existed at the periphery of the healthcare ecosystem, because doctors never had the tools and resources to gain sufficient knowledge about the brain and its patterns. But, with the help of highly sophisticated computing modules, it is now possible to wire the brain and study its myriad impulses and responses in specific situations.
Neuroscientists accompany psychologists to harness the information present about the human mind. Together they can not only develop a diagnosis in the instance of mental disease but also continually study the reactions of the human brain to preemptively improve the mental wellbeing of humans all around the world.
The ability to collect a huge quantity of data is a recent phenomenon, thanks to heightened computing powers, and breakthroughs in the world of technology. Big data is also changing the landscape of patient information, and this is where the need of Healthcare Informatics professionals is becoming profound.
These professionals harness the power of patient information to collate, manage, and interpret the trends of data. Using data informatics and analysis, health informatics professionals can use the trends to make suggestions regarding the spread and prevention of a certain virus. They can also report to government officials if the patient numbers of a certain locality raise a flag about the healthcare situation.