Abstract
I am one of the many biomedical engineering researchers whose work is built on strong interactions with physicians and basic scientists who find value in the way we approach healthcare problems from alternate perspectives. For example, I collaborated with multiple lung critical care physicians in the past 5 years, one of whom was a pediatric critical care physician at a children’s hospital in Memphis, TN, USA. We met regularly in lung physiology research meetings organized by our mentor to discuss problems relating to pediatric lung health, and we carried out research activities to understand the role of mechanobiology of potassium channels in the context of mechanical ventilation (1, 2). In addition to these types of research collaborations, biomedical engineers in academia contribute to the healthcare of pediatric patients also via design initiatives. Just yesterday, I listened to a set of senior design projects that displayed prototypes of at-home mechanical ventilator systems for young children aimed to increase their mobility. These projects were based on collaborations established between the therapists, clinicians, and professors at multiple institutions (Le Bonheur Children’s Hospital, University of Memphis, University of Tennessee Health Science Center). As such, most would agree with me in saying that these collaborations are important and necessary to develop and optimize healthcare solutions.
Highlights
Specialty section: This article was submitted to Pediatric Critical Care, a section of the journal Frontiers in Pediatrics
Any conversation regarding work–life balance in academia must include the long lasting scars these junior years leave in our lives and careers, whether we succeed or fail
A stable career in biomedical research is rewarded after the successful completion of a race, a marathon, which includes many forms of training years followed by the time-limited probationary tenure period
Summary
Specialty section: This article was submitted to Pediatric Critical Care, a section of the journal Frontiers in Pediatrics. I am one of the many biomedical engineering researchers whose work is built on strong interactions with physicians and basic scientists who find value in the way we approach healthcare problems from alternate perspectives. In addition to these types of research collaborations, biomedical engineers in academia contribute to the healthcare of pediatric patients via design initiatives.
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