
Explores Future Earth's approach to producing policy-relevant science through engagement, co-design, and co-implementation, aiming to bridge the gap between research and global environmental decision-making.

Explore interdisciplinary co-design practices to develop systems that fully support people's technological needs, emphasizing human experience, collaboration, and cultural shifts in research and design across disciplines.

Discover 8 steps for effective community-led co-design, empowering people to shape services that truly meet their needs. Learn how to involve communities in creating innovative solutions for social change.

Explore hls4ml, an open-source workflow for implementing machine learning algorithms on FPGAs and ASICs, enabling real-time processing for scientific applications and accelerating discoveries.

Explore co-design and co-verification of masked software implementations on CPUs, focusing on physical side-channel attacks, hardware/software gaps, and innovative solutions.

Explore co-designing sustainable smart cities with urban agricultural communities, focusing on democratization, inclusivity, and biocultural diversity in Internet of Things interventions.

Explore co-design as a tool for rebalancing power dynamics and promoting equity in global health, addressing challenges in delivering effective programs at the local level.

Exploring VR integration in informal learning environments across Atlanta and Mumbai, focusing on co-design and content creation to enhance accessibility and inclusivity in diverse educational settings.

Insights on co-designing mobile apps for breastfeeding mothers, focusing on challenges, methodologies, and key factors to consider for effective user engagement and empowerment.

Explores co-designing visual tools with chronically-ill teens and parents to improve symptom communication in pediatric care, enhancing patient-generated data integration and clinical conversations.

Explore challenges and insights from uniting diverse academic fields for the Helmholtz Analytics Framework, focusing on HPC, Scientific Big Data, co-design, and Python integration.

Explore computing pioneer Jack Dongarra's insights on the Exascale Computing Project's progress, achievements, and future impact on scientific research and high-performance computing.

Explore co-designing quantum computers, its implementations, and potential benefits with insights from IQM's Tech Lead at QHack 2023.

Explore effective practice planning strategies, adaptive coaching methods, and athlete involvement in co-designing sessions for optimal skill development and performance preparation.

Around the world, companies and communities struggle with the same issue: we build faster than ever, but we rarely solve the real problem. In this talk, Urooj Qureshi presents Impact Centered Design, a root-cause innovation framework combining purpose, people, and process to create sustainable, huma