SC Conference Series

My journey into HPC began during my Ph.D. studies at the University of Wyoming, where I focused on the automatic selection of parallel portfolios for combinatorial optimization. My research involved the usage of machine learning, algorithm selection, and parallel computation to optimize the selection of solvers to improve performance across diverse problem instances. These challenges required significant computational power, making HPC an essential part of my work. This research sparked my passion for HPC as I explored how parallel computation, algorithm selection, and dynamic workload scheduling could solve complex AI problems more efficiently. During my Ph.D. I completed two internships at NCAR, where I contributed to developing CI pipelines for weather and climate modeling software. Additionally, I explored GPU computing by porting geoscience data analysis routines to GPUs, achieving notable performance gains. These experiences allowed me to work with powerful HPC systems and deepen my understanding of parallel computation. Today, I work at the intersection of HPC and scientific research. I support researchers nationwide by ensuring their workflows run smoothly on clusters like Anvil, one of the ACCESS and NAIRR resource providers, and Purdue’s community clusters. My role involves providing expert guidance on workflow setup, containerization, software installation, mentoring students, and facilitating workshops on HPC and related topics. This experience deepened my technical expertise and paved the way for my transition from an HPC user to an HPC professional. One of the most rewarding aspects of my work is the opportunity to collaborate with brilliant minds and witness how HPC empowers researchers to solve previously intractable problems. I am passionate about empowering scientists with the computational tools they need to push the boundaries of their research. My name is Haniye Kashgarani, and I am a Senior Computational Scientist at Purdue University. #whm25 #sc25 #hpcignites

My name is Deshon Miguel, and I serve as a Senior Software Application Analyst, Research Cyberinfrastructure, and Network Facilitator at Arizona State University (ASU) and Sun Corridor Network. I play a key role in developing high-performance research environments that empower scientists, engineers, and educators to drive innovation. My work centers on network facilitation for HPC and the Research and Education Network, ensuring researchers can effectively utilize advanced computing, high-speed networking, and data-intensive workflows. By strategically optimizing network infrastructure, I help establish high-bandwidth data transfer solutions that seamlessly connect Arizona’s research ecosystem with national cyberinfrastructure initiatives. Enhancing HPC connectivity and software efficiency enables researchers to conduct complex simulations, process massive datasets, and collaborate in real-time across institutions. Through these efforts, ASU, Sun Corridor Network, and their partners benefit from a powerful, high-speed research network that fuels advancements in AI, machine learning, climate modeling, and beyond. By continually refining HPC and networking infrastructure, I contribute to a collaborative, data-driven research environment that accelerates discovery and innovation across diverse fields. #whm25 #sc25 #hpcignites

My journey with HPC began during my master's studies when I first worked on supercomputers at the Interdisciplinary Center for Mathematical and Computational Modeling at the University of Warsaw. Starting with simple tasks, I gradually deepened my understanding of the field. During my first major research project, I used supercomputers for advanced analysis of text data, using artificial intelligence algorithms and innovative tools for analyzing scientific literature. Thanks to the support of my supervisor and a very friendly community around HPC, I won several grants, which allowed me to present my research findings at international conferences. A milestone in my career was attending the ISC High Performance and Supercomputing SC conferences, where I met inspiring people who shared my passion for technology and scientific discovery. The HPC community played an important role in my professional growth and gave me the chance to connect with experts from all over the world. That's why I am committed to fostering its development. I have participated in ISC in Hamburg and SC in Denver as a student volunteer, and at SC in Atlanta, I contributed to building the SciNet supercomputing infrastructure. I also have mentored on how to prepare presentations for WHPC-organized sessions at these conferences. Additionally, I have delivered several talks to promote and popularize HPC topics. My name is Aleksandra Kowalczuk and I specialise as an Analyst in Cybersecurity. #whm25 #sc25 #hpcignites

As a Senior Research Data Scientist at The Alan Turing Institute I’ve contributed to numerous interdisciplinary projects, applying my expertise in research software engineering and data science to tackle complex challenges and ensure robust, open, and reproducible research outputs. Throughout my work, I’ve used High-Performance Computing (HPC) to scale Machine Learning (ML) models, process large datasets, and enable research. Some of my recent HPC work includes the Affinity-VAE project, where we trained variational autoencoders on multidimensional tomographic data, requiring extensive computational resources from UK HPC facilities. Now, I’m leading a project to develop the infrastructure needed to support the creation of digital twin heart models for NHS patients as part of the CVD-Net program. This work advances healthcare modelling while also exploring new ways to handle sensitive health data securely in HPC environments. Beyond using HPC in my own research, my team at Turing and I focus on building tools and infrastructure that enable collaborators to effectively leverage these systems, ensuring that more researchers in the health domain can harness their full potential. My name is Camila Rangel Smith, and I am a specialist in software research and data science. #whm25 #sc25 #hpcignites

Two of our conferences were recognized by Trade Show Executive (TSE) as part of its Fastest 50 of 2024, a designation that honors the fastest-growing trade shows in the U.S. by attendance, number of exhibitors, and net square footage of exhibit space. Specially,?#SC24, SC Conference Series, the Conference for High-Performance Computing, Networking, Storage, and Analysis, took honors in all three categories, being named the Fastest 50 By Total Attendance, Fastest 50 by Exhibiting Companies, and Fastest 50 by Net Square Feet of Exhibit Space Lists. And #CVPR24, the Conference on Computer Vision and Pattern Recognition, earned honors by being named to the Next 50 by Total Attendance List. “This recognition is truly a testament to the quality of the programming our dedicated IEEE CS conference volunteers are able to deliver, which in turn drives the attendance and exhibitor participation at our shows. Through the innovative panels, keynotes, tutorials, demonstrations and more featured at our conferences, we create new opportunities to support growth and advancement in computer science and engineering for the betterment of our world,” said Executive Director Melissa Russell. https://lnkd.in/gAMgHsB9

Time is running out! Submit your request for SC25 exhibitor space before March 3, 2025. Space assignments are based on priority points, so act fast to reserve your ideal location! Learn more: https://buff.ly/40pLV39 #SC25

Want to be at the heart of SC25? Apply to be a Student Volunteer! Whether you're helping at the Info Booth, supporting speakers, or working with SCinet, you’ll gain valuable experience and exposure to the latest in supercomputing. Applications are open until May 31, 2025—apply now! https://buff.ly/4gbd7Zp #SC25 #Students #hpcignites

We got a bit too excited! Now presenting this year's theme - with captions! ?? What's in a theme? ?? #SC25 is all about HPC Ignites—but what does that really mean? Our General Chair, Lori Diachin, shares her insights on this year’s theme and how it will shape our vision for 2025. Discover what HPC Ignites means for the future of high-performance computing and how it fuels innovation, collaboration, and discovery. Read more about the theme here: https://buff.ly/4gUXuWr #hpcignites #supercomputing

?? What's in a theme? ?? #SC25 is all about HPC Ignites—but what does that really mean? Our General Chair, Lori Diachin, shares her insights on this year’s theme and how it will shape our vision for 2025. Discover what HPC Ignites means for the future of high-performance computing and how it fuels innovation, collaboration, and discovery. Read more about the theme here: https://buff.ly/4gUXuWr #hpcignites #supercomputing

Dylan Jacob is a trailblazer in the world of high-performance networking, making waves at the Department of Energy’s Energy Sciences Network (ESnet), where, as the Interim Group Lead of the Optical Network and Core Routing teams, he plays a key role in advancing the next generation of scientific research infrastructure. Known for his deep expertise in networking technology, Jacob is not only a technical leader but also a passionate advocate for cultural stewardship in the tech world. With a career dedicated to pushing boundaries, Jacob has been instrumental in expanding ESnet’s global reach, connecting researchers to critical resources that enable groundbreaking discoveries. But his contributions go beyond just engineering innovation. As an advocate for Black professionals in STEM, Jacob actively mentors the next generation, ensuring that the field remains open to diverse voices and experiences. In 2026, Dylan Jacob will serve as the SC26 SCinet’s Chair, the first African-American to hold this prestigious role since SCinet began in 1991. For Jacob, success is about more than just achieving technical excellence—it’s about lifting others up along the way. During Black History Month, we celebrate Dylan Jacob’s unwavering commitment to empowering young Black minds, guiding them to a future where they too can make a lasting impact in technology. In a world where representation matters, Dylan Jacob’s work serves as a beacon of what’s possible when talent, perseverance, and passion converge. He’s not just building networks—he’s building opportunities, inspiring others to break barriers and take their place at the table. #BlackHistoryMonth #HPCignites