Digital Accessibility Basics
This interactive session introduces the fundamentals of digital accessibility and why it matters at UCLA. Participants will learn what accessibility means in a digital context, gain insight into disability culture, ...
Find out more »Technical Resources at UCLA: Standards and Patents
Ever been curious about what technical standards and patents are? Or how to find them? In this workshop you'll gain an introductory overview to technical standards and patents, as well ...
Find out more »High Performance Python Interpreter for Data Analytics
While Python has been the most popular programming language since 2019, data scientists often critique its slow speed and limited capabilities in handling big data scenarios. In this workshop series, ...
Find out more »Using Messaging for Custom Research Mobile Apps
This 1-hour, non-technical workshop will introduce researchers to UCLA Messaging, a campus service that can send study-related notifications directly to participants through custom mobile apps. Using the NIH-funded UCLA Oralytics ...
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Frontiers in Computational Biosciences Seminar Series: Jian Ma, PhD, Ray and Stephanie Lane Professor of Computational Biology, School of Computer Science, Carnegie Mellon University
“Learning cellular organization and function across scales”
Find out more »Introduction to Document Accessibility (Google docs, Word, PDF)
This session provides an introduction to creating accessible documents in Google Docs, Microsoft Word, and PDFs. Participants will learn the fundamentals of digital accessibility, including how to use proper heading ...
Find out more »Indigenous Research Methodologies
Interested in examining methodologies that are outside the Western sphere of knowledge? Want to feel more connected to your research and center community voices? Come learn about Indigenous research methodologies ...
Find out more »Image Processing Pipelines Using AWS Microservices – A Satellite Analysis Reveals Why Structures Burn While Neighbors Survive Disaster
In this workshop you will learn how to build image processing pipelines using AWS Generative AI Services and Serverless Infrastructure. Using a real-world example from the LA Wildfires of 2025, ...
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Frontiers in Computational Biosciences Seminar Series: Yuan Luo, PhD, Chief AI Officer and Professor, Northwestern University
“EPIC Multi-modal AI for Health Care”
Find out more »Analysis and Visualization of Interactions in R
n regression, we are often interested in an interaction, which is the modification or moderation of the effect of an independent variable by another. Understanding interactions involves interpreting the regression ...
Find out more »Introduction to Digital Accessibility Testing
Audience: UCLA web editors, content creators, IT staff, and program managers Tools Covered: WAVE Chrome plug-in, Siteimprove Accessibility, manual keyboard testing By the end of this training, participants will: Understand ...
Find out more »Managing Your Scholarly Identity
Scholarly identity is about more than the articles you publish or the projects you share online with your research communities. Your scholarly identity includes the many parts of your history ...
Find out more »UX Design for Research Apps: Turning Ideas into Effective Experiences
This workshop explores how human-centered UX design can drive the creation of effective mobile apps and web platforms for research studies. Lauren will provide insight into the complete UX design ...
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Frontiers in Computational Biosciences Seminar Series: William Stafford Noble, PhD, Professor, Department of Genome Sciences, University of Washington
“Deep learning models for genomics and epigenomics”
Find out more »Introduction to Survival Analysis in R
Survival analysis models time-to-event outcomes. This workshop introduces usage of the survival package in R for some of the most commonly used survival methods. Topics include data setup, Kaplan-Meier estimates ...
Find out more »AI for Biomedical Microscopy Data Reconstruction
This workshop will explore how artificial intelligence is used to reconstruct biomedical microscopy data, emphasizing both the opportunities and the risks of these approaches. While AI has enabled remarkable advances ...
Find out more »The Double-Edged Sword: Adopting Federated AI in Medicine Without Disrupting Care
Federated computing promises to unlock collaborative medical research while preserving data sovereignty. The reality is messier. This talk offers a candid practitioner’s view of implementing federated AI systems for rare ...
Find out more »Docker: Building Isolated Computing Environments for Scientific Packages
Installing scientific software packages often introduces complex and time-consuming dependency conflicts in both local and high-performance computing (HPC) environments. Container technologies, such as those built with Docker, address these challenges ...
Find out more »FAIR and CARE Data Principles for Data Governance
When sharing data, researchers are often told be “as open as possible, as closed as necessary”. But what does this actually mean? How can researchers ensure their data complies with ...
Find out more »From Docker to Apptainer: Deploying Containers on the HPC Cluster
This session builds on the Docker fundamentals introduced in the previous workshop and focuses on deploying containerized applications on an HPC cluster. Participants will explore advanced techniques for creating Docker ...
Find out more »Learn Spec-Driven Development using AWS Kiro
In this workshop you will learn how to use AWS Kiro, a VS-code AI Powered Integrated Development Environment (IDE) to build software applications, turning generative Ai prompts into structured software ...
Find out more »Physic-informed diffusion models for medical imaging
This workshop will introduce the UCLA research community to the application of diffusion models for medical imaging problems, with a focus on MRI. Participants will learn both the fundamentals of ...
Find out more »High-Performance Mesh Generation for Scientific Computing and Graphics
This workshop introduces core methods for generating high-quality meshes used in large-scale simulation, scientific computing, and computer graphics. We will explore how Voronoi tessellation and Delaunay triangulation form the foundation ...
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