Minor in Health Systems
The objective of this minor is to provide students from across campus with an interdisciplinary understanding of health systems and the tools needed to analyze, design, and improve them. The curriculum introduces students to the structure, function, and challenges of health systems, emphasizing a systems-level perspective that spans healthcare delivery, population health, policy, and management. Students gain foundational training in data analytics, modeling, optimization, and statistical methods used to study and improve complex health systems, preparing them to address real-world challenges related to healthcare quality, access, efficiency, and equity.
| Code | Title | Credit Hours |
|---|---|---|
| Core Health Systems Required Courses | ||
| ISYE 4510 | Public Health Systems | 3 |
| ISYE 4515 | Intelligent Healthcare Delivery Systems | 3 |
| Core Courses (Choose one of the following) | 3 | |
| Statistics and Applications | ||
| Introduction to Bioengineering Statistics | ||
| Basic Statistical Methods | ||
| Prob/Stats for ECE | ||
| Statistics for Economists | ||
| Management Statistics | ||
| Statistical Analysis for Public Policy | ||
| Electives (Six credit hours with at least two courses) 1 | 6 | |
| Health Systems Analytics & Modeling: | ||
| Regression and Forecasting | ||
| Decision and Data Analytics | ||
| Introduction to Health Systems | ||
| Introduction to Healthcare Delivery | ||
| Special Topics (Public Health and Built Env) | ||
| Special Topics (Public Health Analytics) | ||
| Health Policy, Economics & Management | ||
| U.S. Health Policy | ||
| Special Topics (Cost Benefit Analysis ) | ||
| Economic Forecasting | ||
| Economics of Health and Health Care | ||
| Systems Analysis and Design | ||
| Service Operations Management | ||
| Management of Healthcare Operations | ||
| Management in the Healthcare Sector | ||
| Environmental, Public Health & Bio-Inspired Systems | ||
| Environmental Impact Assessment | ||
| Environmental Modeling and Health Risk Analysis | ||
| Biologically-Inspired Design | ||
| Health Systems Modeling & Optimization | ||
| Engineering Optimization | ||
| Simulation Analysis and Design | ||
| Advanced Optimization | ||
| Advanced Stochastic Systems | ||
| Machine Learning & Data Science for Health 2 | ||
| Methods and Applications of Machine Learning 3 | ||
| Machine Learning | ||
| Fundamentals of Machine Learning (FunML) | ||
| Introduction to Machine Learning for Biomedical Engineers | ||
| Introduction to Bioinformatics | ||
| Machine Learning for Economics | ||
| Business Data Preparation and Visualization | ||
| Machine Learning for Business | ||
| Total Credit Hours | 15 | |
- 1
Electives for the Health Systems Minor are intentionally drawn from multiple schools and disciplines across campus to reflect the interdisciplinary nature of health systems challenges. These categories are intended as guidance to help students build a strong foundation. Students are encouraged to select electives from more than one category to gain breadth across health systems perspectives.
- 2
Students are advised to take the ML course most aligned with their major and preparation.
- 3
ISYE 4600 is the preferred machine learning course, but students are allowed to take another machine learning course if it is more aligned with their major and preparation.
- In addition to the required course work, students may complete an experiential learning component that ensures application of classroom concepts to real-world health challenges. This may be satisfied through a project-based course or recognized high-impact practice (HIP), such as participation in the Senior Design Capstone, undergraduate research, or other practice-based opportunities (e.g., Serve-Learn-Sustain projects, Vertically Integrated Projects or 4699/4698 with a healthcare focus). Students whose primary capstone or project is not directly health-related will complete a structured addendum or supplemental project to explicitly link their work to health systems challenges. Note: Completion of the experiential learning component is not reflected on the official transcript. However, students may indicate completion on a resume or similar professional materials.
- The minor in Health Systems places no restrictions on double-counting courses toward both minor requirements and major degree requirements for any participating major except Biomedical Engineering (BME). BME students completing the minor may not double-count BME courses toward both the BME major and the Health Systems Minor, except for BMED 2400.