Archives for posts with tag: Supercomputer

LSUindustrypanelI’ve been invited to represent Dell and speak at LSU’s upcoming HPC Industry Panel.  It’s exciting to go back to my alma mater!  Students from across LSU’s summer research programs will be in attendance.

It’s just too bad this didn’t happen a month later so I could catch an LSU football game in Death Valley!  At least I will get a chance to see SuperMike-II which I had a considerable role in designing.

UPDATE:  LSU published a nice recap of the session.  Below are a few of my quotes:

“I decided to co-op in college, and it was the best decision I ever made,” said Blake Gonzales, high performance computing scientist at Dell Inc. “What you can actually do will make the world of difference, not your GPA or where you went to school,” he added.

“I had a low GPA at one point as an undergraduate student, but received 13 job offers. So if you don’t have a job yet, walk out of this room after our meeting and find one!” he said.

“Learning is very important for me, too, and while designing supercomputers at Dell, I spend a lot of time reading and writing papers,” said Gonzales.

“Teach them how to work in groups more effectively,” Gonzales suggested. “The hardest part is not the actual assignment, but dealing with people. And that’s what real life is all about.”

When talking about job opportunities at Dell, Gonzales pointed out that there are many open positions in the area of high performance computing (HPC).  “HPC is infiltrating every part of society, every manufacturing process, every biological process, and it is becoming a very exciting field to work in,” he said.

Gonzales mentioned a project recently implemented by Dell that involved the top cancer that strikes children. After the little patients are diagnosed, it takes several weeks to start treatment, because doctors first must complete DNA sequencing that requires a lot of computation. Dell’s specialists in HPC were able to cut down the time from several weeks to four hours. This can literally save lives, as children will be getting their treatment sooner now.

 

Cars wind through the infield section of the I...

Take a look at my recent article over at HPCatDell.com regarding the Supercomputing landscape in Formula One racing.  Here’s a snippet from the post:

HPC technology enables F1 engineers to test hundreds of ideas virtually, and select those that perform well for physical testing, saving F1 teams both time and money. Its importance has been recognized with new regulations that limit F1 teams to 20 teraflops of compute power.

HPC solutions have transformed the competitive landscape of Formula One racing. Which industry is next?

What do you think?

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