AI literacy · Engineering formation · Convergent education

I make artificial intelligence tangible, rigorous, and consequential.

I am Andrea Ramírez-Salgado, PhD, an AI and engineering education scholar at the University of Florida. I design learning systems, research how AI literacy develops, and build institutional pathways that connect emerging technologies with human judgment, public purpose, and engineering responsibility.

Andrea's Profile Picture
5courses taught or developed in 2025–26
4.91/5top instructor rating in graduate AI courses
100+faculty and staff reached through AI development
$1.49MNSF-funded AHA! collaborative award
2025UF AI Educator of the Year

Start here

Four connected ways I contribute.

01

Research

How does AI literacy become durable, transferable, and socially consequential?

02

Teaching

Graduate AI, data science, edge intelligence, and faculty learning designed around multiple entry points.

03

Leadership

Connecting curriculum, faculty, students, communities, and institutional strategy around convergent technologies.

Featured impact

Selected work, with the details one click away.

2024–Present · Co-Principal Investigator and curriculum collaborator

NSF AHA! AI Hardware Adventures

Connects technical AI learning with community-centered problem solving across teacher, youth, classroom, and informal-learning contexts.

Partners: University of Florida, University of North Texas, teachers and school partners across Florida, Texas, and KansasSupport: NSF DRK–12 Award 2405373 · $1,487,350 collaborative award
2024–Present · Instructor, course developer, and program contributor

Graduate AI and Data Science Education

Creates a direct pathway for translating emerging AI scholarship into the preparation of technical professionals.

Partners: MS in AI Systems and MS in Applied Data Science, University of Florida
2026–Present · Program Lead

Convergent Engineering Education Initiatives

Provides institutional leverage for moving research into programs, partnerships, credentials, and sustained educational change.

Partners: Department of Engineering Education and cross-unit collaborators at the University of FloridaSupport: Institutional leadership appointment
Add featured image
conceptual visual connecting AI systems, uncertainty, engineering decisions, and responsibility
Emerging · Research agenda lead

Digital Minds and Engineering Formation

Builds a new bridge between digital minds scholarship and the formation of the technical workforce.

Partners: Prospective collaborators across engineering, philosophy, public policy, AI governance, and digital minds research

Teaching philosophy, in brief

AI literacy is not one skill or one course.

I organize teaching around three connected dimensions: conceptual and ethical grounding, mathematical and systems understanding, and applied and experiential AI. The goal is not only to help learners use AI, but to help them question it, understand it, build with it, and judge when its use is warranted.

AI literacy framework connecting conceptual and ethical grounding, mathematical and systems understanding, and applied and experiential AI

Research questions

The questions behind the projects.

Enduring AI literacy

Under what conditions do learners experience AI as a system they can question, understand, and shape rather than merely consume?

AI for social purpose

How do tangible, community-centered Edge AI experiences influence interest, identity, reasoning, and participation?

Engineering responsibility

How should future engineers reason under uncertainty about the capabilities, consequences, and possible moral status of advanced AI systems?

Selected scholarship

Recent work across AI, engineering education, and learning sciences.

2026
Ambarwati, Y. E., Ramirez-Salgado, A., Hwang, W., Terzian, T., Sharma, A., Eutsler, L., Barnes, M., Dominguez, N., Donihue, D., Bhunia, S., Chatterjee, B., & Antonenko, P. (2026). Exploring situational interest in microelectronics and Edge AI among middle schoolers in a museum program (Research to Practice). Proceedings of the 2026 American Society for Engineering Education Annual Conference & Exposition.
ASEE Annual Conference & Exposition
2026
Ramirez-Salgado, A., Eutsler, L., Sharma, A., Hwang, W., Ambarwati, Y. E., Terzian, T., Barnes, M., Dominguez, N., Donihue, D., Bhunia, S., Hoque, T., & Antonenko, P. (2026). Fostering teenagers’ understanding of community-centered Edge AI systems. Proceedings of the 2026 American Society for Engineering Education Annual Conference & Exposition.
ASEE Annual Conference & Exposition
2025
Ramírez-Salgado, A., Wusylko, C., Weisberg, L., Delgado, J., & Israel, M. (2025). Preparing elementary preservice teachers to integrate computational thinking in the curriculum. ACM Transactions on Computing Education, 25(4), 1–22.
ACM Transactions on Computing Education
2025
Ramirez-Salgado, A., Eutsler, L., & Antonenko, P. (2025). Reimagining AI education: Local, tangible, and personally meaningful. NeurIPS 2025, San Diego, California.
NeurIPS 2025

Let’s build learning and research that keeps pace with intelligent systems.

I welcome collaborations in AI and engineering education, Edge AI, curriculum and faculty development, community learning, convergent technologies, and emerging questions about digital minds.