Events

Fall 2023 Research Computing Series

The Research Computing Series is a great opportunity to learn about the resources available to faculty, staff and students. The Fall 2023 Research Computing Series will feature two sessions.

The first session spotlights postdoctoral research. Physics postdoctoral research associate Raj Kumar Manna will discuss how he leverages University computing resources in his research on self-organization in living matter and soft-matter systems. Currently, Manna’s work involves identifying biophysical mechanisms and quantifying forces that contribute to cell shape changes in a developing organ (Kupffer’s vesicle) of the zebrafish embryo.

The second session will feature David Aja, a solutions engineer from Posit, a leading data science company providing support for R and other open-source and cloud-based products. Aja will share how researchers with varying levels of R experience can take advantage of Slurm and HTCondor clusters available to faculty and students engaged in academic research.

The sessions will take place via Microsoft Teams:

• Physics postdoctoral research associate Raj Kumar Manna—Wednesday, Nov. 8, 1:30-2:30 p.m.
• Posit solutions engineer David Aja—Wednesday, Nov. 15, 1:30-2:30 p.m.

Registration

Fall 2023 Research Computing Series Registration
Which Sessions Would You Like to Attend?

Spring 2023 Research Computing Series

Do you need more computing power to move your research and creativity forward? At the Spring 2023 Research Computing Series, graduate students discussed how they have leveraged Syracuse University’s advanced computing resources to strengthen their work.

Video Archive

Chaitanya Afle

Jingjing Ji, Britnie Carpentier and Patrick Marsch

Fall 2022 Research Computing Series

Do you need more computing power to move your research and creativity forward? At the Fall 2022 Research Computing Series, Assistant Professor of Biology Yasir Ahmed-Braimah and Social Science PhD Student Emmy Helander discussed how they leverage Syracuse University’s advanced computing resources to strengthen their work. Continue Reading

Spring 2022 Research Computing Series

Brad Palmer
NVIDIA Senior Solutions Architect Brad Palmer

NVIDIA Senior Solutions Architect Brad Palmer along with the Research Computing team discuss how faculty and student researchers can get the most out of their GPU resources.

Hosted by the ITS Research Computing team, the Research Computing Series provides a forum for faculty and students to learn how to move their work forward by using a wide range of tools available to them—including the SUrge graphics processor unit (GPU) cluster.

SUrge provides a significant speed increase over traditional CPUs for a variety of uses, including mathematical operations, rendering, photogrammetry and more. SUrge features more than 300 GPUs, including several NVIDIA models.

Video Archive

Spring 2021 Research Computing Series

Do you need more computing power to move your work forward? Attend the Research Computing Series to learn how you can leverage Syracuse University’s advanced computing resources.

Fall 2020 Research Computing Series

Do you need more computing power to move your work forward? Attend the Research Computing Series to learn how you can leverage Syracuse University’s advanced computing resources.

Fall 2019 Research Computing Colloquies

Do you need more computing power to move your research and creativity forward? At the Fall 2019 Computing Colloquies, Daniele Profeta (Assistant Professor of Architecture) and Britton Plourde (Professor of Physics) will discuss how they leverage Syracuse University’s advanced computing resources to strengthen their work.

Spring 2019 Research Computing Colloquies

About the Colloquies

These sessions will explore how computing resources help researchers take on new and greater computational tasks, enhance research productivity, increase the competitiveness of grant submissions, and advance scientific discovery across many disciplines. Continue Reading

The Power of Ideas: Spring 2018 Colloquies

Register to hear Assistant Professor Teng Zheng speak on topology design in soft structures by controlling surface wrinkles on April 17 and then on April 25 Professor Timothy Korter speaks on nondestructive and noninvasive identification of historical pigments.