Personal File Storage
Organize your documents, code and reports into private folders. Upload and download files through the planned browser-based cloud interface.
We're building an online learning environment that brings virtual computing, private file storage, AI assistance and practical technology education together.
Explore Courses How It WorksOrganize your documents, code and reports into private folders. Upload and download files through the planned browser-based cloud interface.
Your personal cloud allocation will be separate from temporary virtual machine disks. Resetting a lab should not erase coursework saved correctly in your cloud space.
The planned standard allocation is 5 GB per enrolled student. File-size limits, retention rules and permitted content will be published before launch.
We plan individual authentication, storage quotas, access controls and backups. Final privacy, retention and recovery policies will be published before activation.
| Resource | Purpose | Access model |
|---|---|---|
| Student Cloud | 5 GB of personal coursework files | Planned for enrolled students |
| Linux Desktop | Desktop computing and programming | Assigned course laboratory |
| Ubuntu Server | Linux administration and services | Assigned course laboratory |
| Network & Security Labs | Controlled technical exercises | Isolated, authorized environments |
| AI/GPU Compute | AI models and computing experiments | Shared, scheduled, eligible courses |
| Professor NORA | AI-assisted learning support | Planned private campus feature |
Our intention is to provide course-appropriate laboratory access and personal cloud storage as part of the future student learning experience. Exact access allowances, session durations and availability will be published before enrollment.
Optional dedicated virtual servers, additional storage or extended AI computing may be offered separately in the future. These services are not currently available through the college, and no pricing or entitlement is being promised.
Our virtual AI educator is planned to help students understand technical concepts, practice troubleshooting and develop confidence with real computing tools.