In the months leading up to the conference, teams compete remotely using provided hardware in an education-focused experience supported by HPC experts.
A 48-hour contest held concurrently with SC is the culmination of experience and knowledge gained by the teams in the preceding months.
SCC Connect
Monday–Wednesday, 16–18 Nov 2026
SCC Connect ChairStephen Leak, National Energy Research Scientific Computing Center (NERSC)
SCC Connect Vice ChairMohal Khandelwal, University of Colorado, Boulder
SCC Connect Applications Open 2 March 2026
Intro to the SCC and SCC Connect
An introduction to the Student Cluster Competition and SCC Connect, including tips for applying to participate.
Recorded Wednesday, 1 April 2026
2 MAR 2026
Applications Open
15 MAY 2026
Applications Close
19 JUN 2026
Notifications Sent
SCC Connect is a companion to the Student Cluster Competition (SCC) with a focus on accessibility and education. While sharing many goals with SCC, an additional goal of SCC Connect is to lower the barrier to entry for teams that are not selected or able to compete in the SCC this year, but have a goal of doing so in a future year. It takes significant time and effort to put a team together, and one motivation for the creation of SCC Connect was to provide additional opportunities for teams not selected to apply their hard work, gain experience, and maintain momentum for future years.
SCC Connect teams compete using provided cloud resources and are not required to partner with a vendor, assemble a cluster in hardware, or attend the conference.
Teams apply to SCC Connect through the same submission form as the SCC. Teams should indicate on that form whether they would like to be considered only for SCC, first for SCC and for SCC Connect if not selected for SCC, or only for SCC Connect. Indicating you would like to be considered for SCC Connect does not guarantee you will be selected for the competition.
SCC Connect aims especially to foster the development of less-experienced teams, and to help teams that competed in the previous SCC but are not selected for SCC at SC26, to keep momentum in their development of HPC experience.
A team is composed of six students and an advisor. Students work with their advisors to craft a proposal that describes the team, their educational goals and how they plan to prepare for the competition. The SCC and SCC Connect committees review each proposal and select teams for the competition. The requirements for teams, the selection process, and what makes a good proposal are described in more detail below.
Selected teams are invited to participate in preparation and learning activities from late summer to November, and a remote competition during SC26.
Students, with the guidance of their advisor, will craft a proposal that describes their team, their educational goals and how they plan to prepare for the competition. The SCC and SCC Connect committees review each proposal and select teams for the competition.
Your proposal will describe your team members, their strengths and goals, and how everyone will work together in order to learn and compete. A good proposal will describe how the team members have different strengths and skills (i.e., academic studies and inclusion of non-STEM majors), diversity (inclusion of underrepresented groups in your home regions and institution), and how members will work together and contribute to a strong team. This should not be a simple list of each team member’s qualifications – the reviewing committee will want to see how you will work together as a team. Describing your efforts to recruit a diverse team is also recommended.
You will also describe how your team will prepare for the competition. We are looking for evidence that you have a plan to prepare, both before and after getting access to the provided cloud resources. This could include things like meeting regularly to work on the cluster, explore topics, practice, attend guest lectures, etc. Mentioning any classes the team members are taking that directly relate to the competition may also be helpful, but be sure to explain how they will benefit the team rather than listing a course catalog.
Finally, you will describe your team’s educational goals and what your team hopes to gain by participating in the competition. You should be as specific as possible with your goals rather than listing vague high level goals – we want to know what makes your team unique!
Teams will be provided remote or cloud-based HPC resources and guidance on accessing the resources. Continuous support is provided by HPC experts in the months leading up to the competition. Webinars are recorded for the virtual platform, the benchmarks, and the two applications. At times during the preparation, teams will be asked to submit reports relating to their preparation, and will receive feedback from the experts.
Participants are encouraged to source travel support from their local institution and supporters to attend the conference in person. Reduced rate in-person and Digital Experience registration are available for SCC Connect student participants.
Teams will run some industry-standard benchmarks on their provided resources.
Weather Research & Forecasting Model (WRF)
The Weather Research and Forecasting (WRF) Model is a premier high-resolution mesoscale numerical weather prediction system that is used worldwide by atmospheric researchers and operational forecast teams alike to simulate the dynamics of typical and extreme weather events at scales ranging from tens of meters to thousands of kilometers.
An HPC center mainstay, WRF provides two dynamic cores, a robust data assimilation system, an architecture that supports parallel computation and system extensibility with MPI and OpenMP support, and relies on NetCDF for data management and compression.
High-resolution WRF simulations can be very computationally intensive at larger scales, requiring significant memory resources and parallel processing to resolve in a timely manner. To navigate this storm, SCC teams should consider the data management and memory requirements needed to accommodate large-scale simulations and the implementation of CPU parallelization optimizations when planning for this challenge.
Information on WRF can be found at: https://www.mmm.ucar.edu/models/wrf
This application is supported by Wenxu (Zoey) Liao, Dania Al-Oqaily, Andrew Janiszeski, and Paola Crippa.
Multicomponent Flow Code (MFC)
The Multicomponent Flow Code (MFC) is a state-of-the-art computational fluid dynamics (CFD) simulator, solving partial differential equations representing the interactions of fluids such as air and liquids in complex systems, with real-world applications ranging from medical treatments to spacecraft takeoff.
This application is portable and scales ideally across hardware compositions ranging from consumer laptops to exascale systems. The MFC team’s recent benchmarks have proven the software’s ability to represent small-scale flow features while massively reducing the time and energy requirements for these simulations, earning recognition as a 2025 Gordon Bell Prize Finalist.
SCC teams will need to consider tuning their runs to parameters that align with their cluster’s capability for both CPU and GPU parallelism.
Information about MFC is available at: https://github.com/MFlowCode/MFC and https://mflowcode.github.io
This application is supported by Spencer Bryngelson.
This competition has run at the SC Conference since SC21 with its original name, IndySCC. For SC26 we launch the new name, SCC Connect, to better reflect its goals of engagement, inclusion, and connection.
This is the sixth year for the competition. See the IndySCC pages on the past SC websites for information on previous years’ competitions, including team profiles, photos, winners, and more.
Final scores will incorporate poster grades, benchmarking runs, two application competition tasks, and the “mystery” application task.
Violation of any rule may result in point penalization or team disqualification, at the discretion of the SCC Connect committee. Any unsafe, unprofessional, or unethical conduct not otherwise covered in these rules will also be penalized at the discretion of the SCC Connect Committee.
All decisions are the sole discretion of the SCC Connect and SCC committees, and committee decisions concerning the rules in a given situation are final.
Teams are composed of six students and an advisor.
Teams can optionally nominate up to two “logistics coordinators”, who are secondary advisors or other support staff who should receive a copy of any communications sent to the primary advisor.
Teams will be invited to participate based on their Team Application, submitted via the SC Submission System. The Team Application includes a description of the team, their approach to the competition, their team and institution diversity, and several other considerations. SCC and SCC Connect committee volunteers review each proposal and provide comments for all submissions. The team composition must all conform to the rules described below.
Student team members must:
Teams are encouraged to include diverse participation including new participants and under-represented groups. Teams will be gaining experience with a variety of scientific computing codes, so teams are also encouraged to recruit members with varying academic backgrounds.
Entry into SCC Connect will be by invitation. Teams submit the same application form as SCC applicants, and SCC Connect teams are selected from those that indicate either a preference to join SCC Connect, or a desire to be considered for SCC Connect should they not be accepted into the SCC. An indication of a preference of one competition or the other is not a guarantee of an invitation into that or any competition.
During preparation for the competition, the Team Advisor and other supporters are encouraged to help the team train for the competition. However, only the six registered team members will have access to the resources provided by SCC Connect.
No External Assistance
On-site Teams
Teams must conduct themselves professionally and adhere to the Code of Conduct. All participants must compete fairly and ethically. Good sportsmanship is strongly encouraged. Hindering, interfering, or in any way sabotaging other teams is prohibited.
Teams must adhere to all posted warnings, signs, and follow all instructions given by SC or SCC Connect committee members, convention center security/safety staff, and other officials. Teams may not attempt to bypass any security or safety devices or directives. Teams in violation of this rule may be subject to point penalties, disqualification, or expulsion from the convention center.
For on-site teams, the conference will provide six ethernet drops per table. Teams are responsible for bringing their own adapters; we cannot guarantee the availability of adapters at the event. Conference wifi will also be available, but we recommend using the hard drops to avoid connection issues.
Self-funded SCC Connect teams are responsible for their own travel arrangements, accommodation, and for daily expenses such as meals.
Further mandatory events will be announced at a later date.
Create an account in the online submission system and complete the form. A sample form can be viewed before signing in.
If you have questions about SCC Connect applications, please contact the program committee.
During the Student Cluster Competition (SCC), teams of undergraduate students build, operate, and tune powerful cluster computers.