Secure, maintainable software
Build secure, maintainable software foundations for connected learning, research, and real-world systems.
Design, implement, test, integrate, secure, deploy, observe, maintain and improve software systems.
Build secure, maintainable software foundations for connected learning, research, and real-world systems.
Design, implement, test, integrate, secure, deploy, observe, maintain and improve software systems.
Programming · Algorithms · Systems · Databases · Web & APIs · Software Engineering · Networks · Security · Cloud · Reliability
Connect through software with AI, Robotics, Automation and Electrical Engineering; their specialist curricula remain in their own Schools.
PROBLEM → REQUIREMENTS → PROGRAM → TEST → INTEGRATE → DEPLOY → OBSERVE → IMPROVE
The sequence begins with Foundation and continues through Courses 01–10. Enroll once in this school to access its published courses.
PUBLIC COURSE CATALOGUE
Approved courses published · Enroll in this school
Foundation includes 20 bounded interactive tools in its protected review draft. Materialized courses appear in the catalogue; remaining courses are proposed. No paid cloud account, commercial IDE or high-end hardware is required.
Browser practice does not grant unrestricted host files, OS commands, raw networks, privileged ports, kernel, drivers, production servers or container orchestration. Those topics require controlled labs, sandboxed runners, VMs, traces or simulations.
Security practice is defensive and authorized. AI assistance requires human verification of requirements, correctness, tests, dependencies, performance and security. Future private evidence may include code, tests, API contracts, schemas, diagrams, logs and reviews, using existing server-side ownership controls.