Michigan Technological University has several computing and visualization clusters and one-off work-stations, for research and teaching. Researchers may refer to the computing resources section to find an optimum match for their needs.

National Science Foundation Rocks Cluster Distribution Originally started by National Partnership for Advanced Computing Infrastructure and San Diego Supercomputer Center and called NPACI Rocks, Rocks Cluster Distribution is aimed at making every aspect of high performance computing clusters easy.

Rocks is supported by the National Science Foundation, under grants OCI-0721623 and OCI-1032778. As such, it is the choice approach for building computing and visualization clusters at Michigan Tech.


R 3.1.1 (Sock it to Me)


R 3.1.1 (Sock it to Me; Release Notes) has been compiled and is now available for use on all computing clusters. Necessary job submission script can be generated via qgenscript.

Researchers are strongly recommended to re-run a previously successful simulation with this newer version and make sure that the results are consistent before proceeding ahead with subsequent, production quality attempts.



Data Center Switch Upgrade


Telcom will be upgrading the software on the data center switches, and as such, all computing clusters housed in GLRC will be inaccessible during 6-7 am on Thursday, July 17th 2014.

Running simulations will be unaffected.



Superior in review with insideHPC


insideHPC, a renowned platform that distils news and events in the world of HPC and presents them in bite-sized nuggets of helpfulness as a resource for supercomputing professionals, did an interview reviewing Superior's performance during the past year.

Read the complete interview here.



R 3.1.0 (Spring Dance)


R 3.1.0 (Spring Dance; Release Notes) has been compiled and is now available for use on all computing clusters. Necessary job submission script can be generated via qgenscript.

Researchers are strongly recommended to re-run a previously successful simulation with this newer version and make sure that the results are consistent before proceeding ahead with subsequent, production quality attempts.



Quantum ESPRESSO 5.1


Quantum ESPRESSO 5.1 (Release Notes) has been compiled and is now available for use on all computing clusters. Necessary job submission script can be generated via qgenscript.

Researchers are strongly recommended to re-run a previously successful simulation with this newer version and ensure that the results are consistent before proceeding ahead with subsequent, production quality attempts.



CONVERGE 2.2.0 β


CONVERGE 2.2.0 β, a computational fluid dynamics software suite, has been installed and is now available for use on Athena, Portage and Superior. Necessary job submission script can be generated via qgenscript.

Researchers specifically licensed and authorized to use this software suite are strongly recommended to run test simulations to ensure reproducibility of results from elsewhere before proceeding ahead with subsequent, production quality attempts.



[MathWorks; 3:30 am] http://t.co/9pMEl1jezR PID Control Made Easy #Webinar



[MathWorks; 10/22 3:30 am] http://t.co/9pMEl1jezR PID Control Made Easy #Webinar



[Intel; 12:00 pm] http://t.co/VKGTvuicTS Accelerate Complex Simulations: An Example From Manufacturing #Webinar



[MathWorks; 10/22 3:30 am] http://t.co/9pMEl1jezR PID Control Made Easy #Webinar



[Intel; 10/21 12:00 pm] http://t.co/VKGTvuicTS Accelerate Complex Simulations: An Example From Manufacturing #Webinar



[Intel; 10/21 12:00 pm] http://t.co/OnBG39dmHK Accelerate Complex Simulations: An Example From Manufacturing #Webinar



[Intel; 10/21 12:00 pm] http://t.co/VKGTvuicTS Accelerate Complex Simulations: An Example From Manufacturing #Webinar



[MathWorks; 2:00 pm] http://t.co/W2ChxpzBCI Speeding Up MATLAB Applications #Webinar



[NVIDIA; 12:00 pm] http://t.co/zSe1aJzFKO Essential CUDA Optimization Techniques #Webinar



[MathWorks; 9:00 am] http://t.co/McM8QQOKfA Speeding Up MATLAB Applications #Webinar



[MathWorks; 10/16 9:00 am] http://t.co/ueWrSAZjCM Speeding Up MATLAB Applications #Webinar



[MathWorks; 10/16 2:00 pm] http://t.co/W2ChxpzBCI Speeding Up MATLAB Applications #Webinar



[NVIDIA; 10/16 12:00 pm] http://t.co/zSe1aJzFKO Essential CUDA Optimization Techniques #Webinar



[MathWorks; 10/16 9:00 am] http://t.co/McM8QQOKfA Speeding Up MATLAB Applications #Webinar



[MathWorks; 10/16 2:00 pm] http://t.co/W2ChxpzBCI Speeding Up MATLAB Applications #Webinar



[NVIDIA; 10/16 12:00 pm] http://t.co/zSe1aJzFKO Essential CUDA Optimization Techniques #Webinar



[NVIDIA; 12:00 pm] http://t.co/aODbI3E38E Essential CUDA Optimization Techniques #Webinar



[MathWorks; 10/16 9:00 am] http://t.co/ueWrSAZjCM Speeding Up MATLAB Applications #Webinar



[MathWorks; 10/16 9:00 am] http://t.co/McM8QQOKfA Speeding Up MATLAB Applications #Webinar