Biomedical Engineering

Beyond practical applications, the McGinty Equation underscores the beauty and elegance of physics, demonstrating how theoretical concepts can be used to solve complex problems and uncover new truths about the universe. Its potential applications extend beyond quantum mechanics and into other fields, such as biology, finance, and computer science.

AI is transforming medicine — this book shows you how to do it right. Clinical Machine Learning bridges cutting-edge AI techniques and real-world healthcare, delivering a comprehensive roadmap to building, validating, and deploying trustworthy ML systems in medicine. From data curation and model development to fairness, calibration, and regulation, it covers the full lifecycle of clinical ML with clarity, depth, and uncompromising rigor.

A fusion of scientific reality, philosophical depth, and visionary foresight, The Computational Serum is not just a book it’s a manifesto for the next evolution of human cognition.

La instrumentación es fundamental para las áreas de control automático, ingeniería biomédica, control de potencia e ingeniería industrial

In this ebook, learn why zebras have stripes, why SARS-CoV-2 spread so quickly around the planet, how to train a computer to classify cellular images, and more!

You will study CT and X-ray scans, segment images, and analyze metadata. Even if you have not used with medical imaging before, you will have all the necessary skills upon completion of the book.

Una sólida introducción a la programación con Python, muy accesible para los lectores sin experiencia previa en programación, aunque quienes tengan experiencia también pueden sacarle provecho. Python para bioinformática está pensado para biólogos, bioinformáticos y otros profesionales de las ciencias de la vida.

Accelerometers are everywhere, and for good reason!  They are both low-cost and low-power and can sense things like motion, impact, and orientation. For the engineer, scientist, or hobbyist, there lies a gap between sensor output and usable information. This book fills that gap. 

Textbook for two-quarter course on electronics. Designed around the lab projects, not the theory. Three main concepts: voltage dividers, complex impedance, and negative-feedback amplifiers. Includes blood-pressure, optical pulse monitor, EKG, and class-D power audio amplifier, among other projects. (Students in my class get free coupons.)