All times are Eastern Standard Time (UTC-5).

In-person location: Georgia World Congress Center, room B311

Sunday, November 17, 2024

  • 9:00 am - Session 1
    • 5 min: Introduction and overview of day
    • 55 min: Invited talk 1
      • The Future and what to do about it: Processors, People, and Programming, Tim Mattson (retired)
  • 10:00 am - Break
  • 10:30 am - Session 2
    • 60 min: Contributed talks 1
      • Applying Good Software Development Practices in HPC - Benchmarking As an Example, Ilektra Christidi (University College London)
      • Ensuring the Consistent Delivery of Scientific Software, Dave Brownell (Georgia Institute of Technology)
      • Bringing User Experience Practice to RSEs in HPC Ecosystems, Drew Paine (Lawrence Berkeley National Laboratory)
      • Personalized Learning Pathways for upskilling RSEs, Neil Chue Hong (University of Edinburgh)
      • Increasing the effectiveness of mentoring programs: An RSE perspective, Jean M. Sexton (Lawrence Berkeley National Laboratory)
      • Connect with Computing in Science & Engineering: An IEEE Computer Society Magazine, Jeffrey Carver (University of Alabama)
    • 5 min: Mini-break and panel setup
    • 55 min: Panel: The Future of Computing
      • Kevin Gott (National Energy Research Scientific Computing Center)
      • Dali Wang (Oak Ridge National Laboratory)
      • Shuxia Zhang (Engelhart Commodities Trading Partners)
      • Siegfried Höfinger (Technische Universität Wien)
  • 12:30 pm - Lunch
  • 2:00 pm - Session 3
    • 60 min: Invited talk 2
      • Sheikh Ghafoor (National Science Foundation)
  • 3:00 pm - Break
  • 3:30 pm - Session 4
    • 30 min: Contributed talks 2
      • RSE Support for Georgia Tech’s AI Makerspace, Fang Liu (Georgia Institute of Technology)
      • Hiring and Building a Research Software Engineering Team, Dave Brownell (Georgia Institute of Technology)
      • Forging the Future of RSE: Self-Sustaining Operational Models and Growth Strategies, Daniel Madren (Purdue University, Rosen Center for Advanced Computing)
    • 5 min: Mini-break and breakout setup
    • 55 min: Breakout discussions
    • 25 min: Breakout group reports
    • 5 min: Wrap-up