Bioengineering is the crossing point between medicine and engineering. Bioengineers usually use traditional engineering techniques and principles and apply them to real- world medical and biological problems.
Dr. Curtis Cripe and his experience in bioengineering
Dr. Cripe is known for practicing neuroengineering at NTL Group which is a company located in a district of Phoenix in Arizona, U.S.A. His academic and professional background covers a number of disciplines that include software development, engineering, addiction recovery, psychology psychophysiology, child neurodevelopment, brain injury, and as well as bioengineering.
Regarding bioengineering, Dr. Curtis Cripe says that at present the impact of bioengineering is actually vast as it is helping to enhance the performance and bring down the expense of healthcare technology. Apart from this, bioengineering is reducing the invasiveness of interventions and assists in diagnosing the diseases and symptoms more quickly and precisely.
Duties and Responsibilities of Biomedical Engineers
Mentioned below are some of the most common duties and responsibilities that Biomedical Engineers undertake:
- Formulate processes, write technical reports, issue research papers, and make endorsements basis on their research results
- Adjust, install, repair, maintain, or offer technical support for biomedical equipment
- Present research results to nonscientist executives, scientists, clinicians, engineers, hospital management, other coworkers, and the public
- Assess the efficiency, safety, and usefulness of biomedical equipment
- Teach clinicians and other employees on the correct use of equipment
- Design devices and equipment, for instance machines for diagnosing medical problems, replacements for body parts and artificial internal organs
- Coordinate with medical scientists, life scientists, and chemists to research the engineering features of the biological systems of animals and humans
Within the field of bioengineering, a number of specialty areas are included such as Biomechanics, Bioinstrumentation, Biomaterials, Systems physiology, Clinical engineering and Rehabilitation engineering.
Bioengineering is considered as one of the fastest growing academic discipline across the United States. A number of Universities and institutes now offer course on this particular subject to meet the increasing demand of the students. The bioengineering degree has attracted a lot of medical practitioners and working professionals and especially those who want to stay ahead in the profession and in their careers. For individuals who are experienced engineers and have mastered the hands-on aspects of training already, online degrees in bioengineering permit them to further their careers.
Career options after bioengineering degree
Bioengineers get the opportunity to work either in universities, hospitals, industry, or research laboratories. Often the pharmaceutical companies, medical device manufacturers, medical research institutions and regulatory agencies also hire the bioengineers. After getting the bioengineering degree; the student can go for higher education such as education in law, medicine, business, education etc.
Apart from having expertise in bioengineering, Dr. Curtis Cripe has obtained a PhD and a master’s degree in behavioral medicine and health psychology from North Central University. Dr. Cripe has also received a master’s degree in engineering and a bachelor’s degree in aerospace engineering from California State Polytechnic University. He is the founder of the Crossroads Institute, which specializes in telemedicine brain training delivery systems.