Medical engineering

The largest advancements in technology relating to prosthetic devices are sensory feedback, A.I. enhanced training algorithms, and smaller, faster, & stronger motors.

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Biomedical engineering has long been a driver of advances in healthcare. From new technologies to diagnose and treat advances that improve quality of life.

The field of Biomedical and Tissue Engineering field has been getting a lot of interest in the recent times. However, students (and even parents) are not too sure about the field of study and the job prospects of pursuing a career in biomedical and tissue engineering. In this article, we will look into an overview

The Jarvik-7, the first permanent artificial heart, was successfully implanted in 1982. This groundbreaking medical device paved the way for advancements in biomedical engineering and life-saving treatments for patients with severe heart conditions. 🫀🔬 #TechLanes #HealthFacts

Developing medical devices takes a lot of time: large parts of the control systems can be designed and tested only once the hardware is ready. Using the hardware-in-the-loop method, which Fraunhofer researchers have transferred from automotive engineering to medical products, development times and costs can be slashed by up to 50 percent.