This is the sixth and final step in the REDCap training series. In this training we won't use REDCap at all. Instead, we will cover ways to view and manage your exported REDCap data in Microsoft Excel and Sublime Text such as:

Populating data from one Excel sheet to another with vlookup()

Seeing specific data with column sorting and filtering

Ensuring data is cohesive by creating tables

Looking at how data relates to other data by creating pivot tables

Transforming unusable data to a usable format...

Join us for the University of Iowa's second annual Mental Health & Well-Being Pecha Kucha! Pecha Kucha is Japanese for chit-chat and emphasizes storytelling via imagery over words. This fun, interactive, and highly engaging workshop style elevates the voices of our campus “mental health and well-being innovators” to provide you:

New ways of thinking about your work from a mental health & well-being lens

Tangible takeaways about innovative mental health & well-being practices occurring on campus

Con...

The University of Iowa’s Three Minute Thesis (3MT) competition challenges graduate students to clearly and concisely articulate complex research to nonspecialist audiences.
Join us on Nov. 13 at the Iowa Memorial Union (IMU) International Ballroom.

The 3MT competition will be held from 1:30 to 3:30 p.m. in the IMU International Ballroom (2nd floor). Join us to see our amazing 3MT finalists present their incredible research at the final competition. This event is open to the entire UI campus and...

Dr. de Barbaro is an Associate Professor of Psychology at The University of Texas at Austin.

Interests: behavior, social interactions, development, dynamical systems theory, mobile sensing, machine learning, and mental health

Presentation title and abstract to come.

Kaya’s Bio Page: https://liberalarts.utexas.edu/psychology/faculty/kd26254

Mechanical Engineering Graduate Seminar

Presentation: Soft robotics is an emerging discipline focused on developing machines composed of compliant materials that mimic the adaptability and dexterity of biological organisms. Unlike traditional rigid systems, soft robots can safely interact with humans and conform to complex, unstructured environments. This seminar presents the design, fabrication, and characterization of bioinspired soft robotic systems that employ Twisted and Coiled Artificial...