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This course covers foundations and applications of data science approaches to predictive modeling in medicine.

Advanced Topics in Precision Care Medicine - Fall 2022

This course covers foundations and applications of data science approaches to predictive modeling in medicine.

$2,000.00

Advanced Topics in Precision Care Medicine - Winter 2022

This course covers foundations and applications of data science approaches to predictive modeling in medicine.

$2,000.00

Advanced Topics in Precision Care Medicine - Spring 2023

This course covers foundations and applications of data science approaches to predictive modeling in medicine.

$2,000.00

Upcoming Offerings



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Duration: 4-Day Course
From$2,000.00

Course Description

This course covers the foundations and applications of data science for medical decision making using predictive modeling. Computational Medicine (CM) is an emerging discipline that seeks to: develop mechanistic computational models of disease; methods for personalizing these models using data measured from individual patients; and applying these personalized models to improve the diagnosis and treatment of disease.

Learn from faculty members in the Johns Hopkins Institute for Computational Medicine (ICM),  who believe that CM offers one pathway to precision medicine. They are committed to training the next generation of scientists, engineers, and physicians in this approach, and doing this across all educational levels.

Class time includes lectures and tutorials covering the physiology, medicine, and engineering principles relevant to case studies that will be presented at the end of the course.

Key Takeaways

By the end of this course, you will be able to:

  • Describe foundations of predictive modeling.

  • Leverage data and personalized models to reveal and identify clinical states or phenotypes.

  • Assess risk of adverse events using models.

  • Develop predictive models to determine response to treatment.

  • Apply techniques to deal with challenges in real data sets.

  • Describe real-world applications through case studies.

  • Build your own models via a hands-on tutorial – learners will build personalized models to solve a clinical problem based on real world data.

  • Describe how the tools and techniques of data science are becoming integrated into the practice of medicine.

Prerequisites

Helpful to have background in probability and statistics.

Programming background is a plus, but not required.

Who Should Take this Course

STUDENTS: Pre-med and MD students, bioengineering students who want to learn about applications of artificial intelligence, machine learning, and computational modeling in medical applications.

DATA SCIENTISTS: Researchers in medical domain (e.g., medical device companies, pharmaceuticals, biotech, hospitals, consulting) confronting machine learning problems with clinical data sets.

HEALTHCARE PROVIDERS: Clinicians (MDs), nurse practitioners, physician assistants, interested in precision care medicine and applications of artificial intelligence in medicine; they seek to understand fundamental principles of biomedical data science; earn CMUs (0.1 credits per hour)

EXECUTIVES: Chief Medical officers; chief strategy officers; VPs of Research who seek to understand fundamentals of biomedical data science.

Policies

  • Johns Hopkins Engineering Lifelong Learning courses do not offer academic credit.
  • Learners will have view only access to online materials for 1 year after the conclusion for the course.
  • Additional policies are available on the Johns Hopkins Lifelong Learning Policies page.

Advanced Topics in Precision Care Medicine - Fall 2022

This course covers foundations and applications of data science approaches to predictive modeling in medicine.

$2,000.00

Advanced Topics in Precision Care Medicine - Winter 2022

This course covers foundations and applications of data science approaches to predictive modeling in medicine.

$2,000.00

Advanced Topics in Precision Care Medicine - Spring 2023

This course covers foundations and applications of data science approaches to predictive modeling in medicine.

$2,000.00

Upcoming Offerings



Register
Instructors

Joseph Greenstein
Lecturer
Joseph Greenstein is a lecturer in the Department of Biomedical Engineering. He teaches courses that cover topics in precision medicine, biomedical data sciences, and computational physiology and medicine.
Sri Sarma
Associate Professor
Dr. Sarma is an Associate Professor in the Institute for Computational Medicine, Department of Biomedical Engineering, at Johns Hopkins University.
Tony Wei
PhD Candidate
Tony Wei is a third year Ph.D. candidate in Biomedical Engineering at Johns Hopkins University in Dr. Sridevi Sarma’s Neuromedical Control Systems Lab.
Rai Winslow
Raj and Neera Singh Professor
Dr. Winslow is the Founding Director of the Institute for Computational Medicine at The Johns Hopkins University School of Medicine and Whiting School of Engineering.