Zachary Stephen Layton earned his Bachelor’s degree in Biomedical Engineering, choosing the University of Washington at Seattle as his proving ground and preparation arena. Layton’s Biomedical Engineering education encompassed primary study in biology and science, so much so that his course work could also act as significant preparation for pre-med students applying to medical school. Biomedical Engineering is an emerging discipline, with programs appearing increasingly in many universities across the U.S., offering graduate degrees at the Bachelor’s, Master’s and doctoral levels. Zachary Stephen Layton chose a career as a biomedical engineer, where he will use engineering skills to innovate exciting medical and biological mechanics.

After studying at one of the top 20 universities in the world, with a renowned top 10 medical school, Zachary Stephen Layton chose bioinstrumentation as a specialty. Of particular concern to Layton are problems and challenges in biology and medicine which require specific solutions in technical instruments. Working in research venues as well as in medical laboratories, Layton has utilized stereolithography to assist him in modelling objects which may be used in medical therapies. Other bioinstrumentation products which are examples of medical instrument design include pacemakers, ocular and facial prosthetics, artificial organs and cochlear implants.

Ultimately, Zachary Stephen Layton works in a field which has enormous capacity to change the lives of patients who suffer from many conditions. The work of biomedical engineers has resulted in the development of simple medical devices like manual surgical instruments and simple tongue depressors. On a higher level, instruments which go beyond manual operation include powered wheelchairs and infusion pumps. Invasive devices developed by instrumentation specialists which have undergone extensive review and testing for safety and effective operation include heart valves, breast implants, pacemakers and hip and knee implants.

Zachary Stephen Layton’s career in bioinstrumentation is just beginning, and as he adds more design experience to his work in laboratories and research facilities, he will doubtless work developing technological advances in biomedical imaging. This exciting field has increased exponentially the diagnostic abilities of medical practitioners, enabling doctors to view the interior of the human body. The ability to view the location and sizes of organs also includes increased and faster detection of anomalies. Layton’s work with electronic imaging will doubtless yield improvements in magnetic resonance capabilities, ultrasound, electron and optical microscopy, and more precision for PET and CT scans.

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