Utilization of ASA Supercomputers
The supercomputers at the Alabama Supercomputer Center (ASC) are used for two main activities. The first is to perform college course work. The second is for academic research.
Students utilize these computer systems in developing skills in many computing related fields. This creates a pool of potential employees for industries such as modeling and simulation, or computer programming. Alabama has a large presence in these fields and continues to see economic growth in these areas.
Non-research course work usage of the supercomputers is typically through classes being taught at the public universities in Alabama. Students enrolled in these classes will be issued an account on which to perform their assigned class work. Some of the courses that have utilized the present high performance computing systems are listed in the following table.
| University | Professor | Course Name |
| Alabama A&M University | Dr. Al-Sharaeh | Parallel Programming and Networking |
| Alabama A&M University | Dr. Atluri | Java Programming |
| Alabama A&M University | Dr. Deng | Turbine Design |
| Alabama A&M University | Dr. Scott | High Performance Computing |
| Alabama A&M University | Dr. Scott | Numerical Methods |
| Alabama A&M University | Dr. Ghanbari | Computer Science |
| Alabama A&M University | Dr. Scott | Parallel Programming |
| Alabama A&M University | Dr. Kim | Special Topics in Chemistry |
| Auburn University | Dr. Acevedo | Computational Chemistry |
| Auburn University | Dr. Carlisle | Parallel Programming |
| Auburn University | Dr. Lee | Parallel Processing |
| Auburn University | Dr. Livant | Computational Chemistry |
| Auburn University | Dr. Meir | Mathematical Computation |
| Auburn University | Dr. Lee | High Performance Computing |
| Auburn University | Dr. McKee | Computational Inorganic Chemistry |
| Gaussian Inc. | Dr. Frisch | Gaussian Workshop |
| University of Alabama | Dr. Dixon | Honors Computational Research |
| University of Alabama | Dr. Zeiler | Structural Dynamics Modeling |
| University of Alabama | Dr. Jackson | Finite Element Modeling (graduate & undergrad) |
| University of Alabama | Dr. Turner | Chemical Engineering Simulations |
| University of Alabama at Birmingham | Dr. Bangalore | Parallel Programming |
| University of Alabama at Birmingham | Dr. Kim | Mechanical Engineering |
| University of Alabama in Huntsville | Dr. Jarem | Electromagnetics |
| University of Alabama in Huntsville | Dr. Wells | Parallel Programming |
| University of Alabama in Huntsville | Dr. Jarem | Analytical and Computational Methods |
| University of Alabama in Huntsville | Dr. Chung | Computational Fluid Dynamics |
| University of Alabama in Huntsville | Dr. Wessling | Finite Element Analysis |
The other major type of supercomputer use is for academic research. These are research projects, typically performed by students pursuing masters or doctoral level degrees. These degrees train researchers to develop new products and technological advances. As part of the their education, students will be assigned to perform a major research project. Some of the fields that utilize ASC's high performance computing facilities most heavily are as follows.
- Aerospace Engineering
- Biology
- Chemical Engineering
- Chemistry
- Civil Engineering
- Computer Science
- Computer Engineering
- Electrical Engineering
- Genetics
- Industrial Engineering
- Materials Science
- Mathematics
- Mechanical Engineering
- Medicine
- Meteorology
- Physics
- Space Science
There are also some fields that utilize high performance computing to a lesser extent. These include music, business, and psychology. There is also some supercomputer usage by commercial clients that have paid for computing time.
The Alabama Supercomputer Authority makes high performance computing systems available to support all of these activities. This gives Alabama residents a better education, and higher earning potential. The availability of skilled works is in turn a factor in attracting new industry and jobs to Alabama.