BioHealth Informatics

Our faculty, students and alumni solve critical health issues through inventive applications of information technology, data analytics and computing. BioHealth Informatics provides people with better health care by using biological and health data to give practitioners more effective treatment tools.

Programs

Research Sponsorships, Course Projects, Company Tours, Internships/Externships, Guest Speaking, Executive education, Service Learning, Student Startup Partnerships.

Careers in Health Informatics

Graduates gain expertise in developing technology applications for healthcare, including improving patient care, designing electronic health record applications, and ensuring patient privacy and information security. Organizations that employ bioinformatics graduates includes Anthem Blue Cross and Blue Shield, Eli Lilly and Company, Franciscan Health, and CVS Health.

Intern Spotlight

Three students, two male one female, pose in front of the Indiana government buildingManagement Performance Hub (MPH) is hosting three interns for the summer, Palak Rajauria, Oluwaseyi Jaiyeoba and Ben Batchelder. MPH works to change the culture of how state agencies work together and interact with external partners.  By combining a collaborative and innovative approach with industry-leading technical innovation, MPH is able to facilitate data-driven decision making and data-informed policy making.

Palak is from Indore, India and is an international student at IUPUI pursuing her master’s in health informatics. She’s working with Data Science Team on the Data Driven Addiction Prevention & Recovery Project (DDAPR).  This project works to reduce the rate of opioid-related deaths and prevent prescription overdose among young people.

"The fact that the outcomes of my project will have a crucial role in combatting the opioid overdose epidemic with data in the State of Indiana is what drives my interest to work harder each day.” Palak says, “This will impact the lives of all
Hoosiers by improved and timely tracking of fatal and non-fatal drug overdoses.”

This will impact the lives of all Hoosiers by improved and timely tracking of fatal and non-fatal drug overdoses.

Palak Rajauria, Intern at Management Performance Hub

The Polis Center - Student Engagement

Polis engaged with over 160 students through hourly employment, internships, capstone projects, and practicums. Since joining the school in 2020, our student engagement increased substantially. In 2018 Polis employed 11 students including two from Luddy.

That number has grown to 69 students in 2022; forty-four of them from Luddy. Polis provides experiential learning with students working on real projects while developing skills in data analysis, data engineering, research, project management, coding, software engineering, UI/UX design, health informatics, community engagement, GIS, and more. They help design, create, and test public-facing websites, data resources, and reports.

In 2022, we employed one PhD student, six undergraduates, and 62 graduate students over the course of the year. Three programs make this possible:

  • The IUPUI Community Engagement Associates program provides funding for 2 students per semester and summer.
  • The Department of BioHealth Informatics guarantees each student will have a position for at least 10 hours per week within the school. Eighteen BHI students were placed in Polis in 2022. Five of those students with project management coursework worked with the Polis project manager to help manage the student projects.
  • The COMET Lab (Convergent Media and Exploratory Technologies) is a program within the Human-Centered Computing Department of Luddy that is composed of students working on a variety of projects within the university and the community. The students are generally graduate students from the Human-Computer Interaction and Data Science programs with professional experience. Skip Comer, the director, oversees and mentors the students and Polis provides real projects for the students to work. Polis also provides project management support for the projects. Students work on acquiring or processing data sets, design user interfaces, and conduct user testing for SAVI and the Encyclopedia of Indianapolis. They develop content for feature articles and “Help” resources, and use exploratory media techniques, such as 3D media presentation, data visualization, and artificial intelligence.

Automated Food Delivery System for Underserved Communities

Profile pictures of the students involved in the Automated Food Delivery System arranged in a three-by-three grid. The students are Bradley Ryan Hinton, Mayank Saxena, Edward E. Love II, Nicholas S. Pinter, Richard V. Sullivan, Clint J Buchan, Cianna Anderson, Vishal Phalke, and Yukta Karkera.

A Vertically Integrated Project

Autonomous vehicle technology is expected to dramatically change the set of transportation possibilities. This will alter decisions about transportation and mobility.  This new landscape will affect every aspect of the economy and  population differently, each posing challenges and opportunities. Electrified and Autonomous transportation holds the promise of “Mobility for All”. This project gives students from different disciplines the opportunity to work together to create holistic solutions to address real-world problems.

Programming

Students from different areas of study or expertise come together to collaborate on a common goal or project. The team members bring diverse perspectives, skills, and knowledge from their respective disciplines, which can lead to innovative and comprehensive solutions.

Impact

Projects or problems that the students work on have a direct impact on the local community or society at large. By addressing these issues, students not only gain practical experience but also contribute to the betterment of their community.

Project status

  • Phase 1/2: Primary and Secondary Research (AY23)
  • Phase 3: Ideation and Concept Validation (FA23)
  • Phase 4: Physical Prototype Development (SP24)