July 6-10, 2020
Digital Media Center, Louisiana State University
The LSU Center for Computation & Technology (CCT) will host the Beowulf Boot Camp, July 6-10 on the LSU campus. This exciting course offers students a unique opportunity to work with advanced research technology not usually available in a typical classroom setting.
During Beowulf Boot Camp, students will work hands-on with a number of LSU professors as they learn how to build and use supercomputers. Regular participants include: Dr. Steven Brandt, a computational scientist in the CCT who specializes in programming; Dr. Peter Diener, who uses supercomputers to simulate colliding black holes; and others who specialize in diverse areas such as coastal science, and materials science.
Students will engage in the following activities:
• building a computer cluster from scratch
• installing the Linux operating system on the computer they've built
• connecting computers put together by their peers to make a mini-supercomputer
• learning how to program a mini-supercomputer in parallel with Python
• interactive activities to help understand how Parallel computing works in Supercomputing
Junior and High School Students (entering 7th-12th including graduating 12th graders)
This camp is introductory so students do not need a strong computational science background to participate. Some knowledge of programming a plus.
For more information on the Beowulf Boot Camp and its curriculum.
$105.00 pp. Supplies, lunches and snacks are provided during the camp. Participants are responsible for arranging their own transportation to and from LSU’s campus. CCT will accept participants on a first-come, first-serve basis. Limited seats available so register early.
Louisiana State University, Digital Media Center, 340 East Parker Street, Baton Rouge, LA 70803. Map it!
9:00 AM - 3:30 PM, with an optional high-performance camp family night on Friday evening, 5:00 PM - 6:30 PM. Sample Schedule.
Partially funded by NSF, grant titled "Simulations of Competing Phases and Quantum Criticality in Strongly Correlated Materials, DMR1728457".
For questions or special needs, contact Karen Jones at email@example.com.
For all LSU Center for Computation & Technology summer camp information, visit https://www.cct.lsu.edu/cct-events.