Computer Science 101
A friendly on-ramp to computing concepts, code, data, and how software changes the world.
Build a small website or code notebook explaining one real-world computing idea.
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Stanford Online + The VR School planning
Search Stanford Online courses, let SofAI map them into a UC A-G and dual-enrollment planning conversation, and keep The VR School counselor at the center of credit, onsite, and transcript decisions.
Students in the Stanford onsite campus can ask a VR School counselor to schedule a meeting with the Stanford University instructor when the onsite option is needed.
Course intelligence
These Stanford Online pathways are designed to support VR School advising conversations. SofAI should connect each course to the student's official plan, CVC options, MIT OCW enrichment, iTeachXR evidence, and iBuildme proof.
A friendly on-ramp to computing concepts, code, data, and how software changes the world.
Build a small website or code notebook explaining one real-world computing idea.
A rigorous pathway into algorithmic thinking, efficiency, graph reasoning, and problem solving.
Create an algorithm visualizer, proof walkthrough, or benchmark notebook.
A practical route into relational database design, SQL queries, and data-backed applications.
Design a database for a student project and document the schema, queries, and insights.
A deeper treatment of data models, constraints, query logic, and the theory behind reliable data systems.
Write a technical brief comparing data models for one authentic school or community use case.
A modern bridge between statistics, prediction, machine learning, and evidence-based decisions.
Build a model comparison notebook with plain-English interpretation and ethical caveats.
A flagship AI pathway for students ready to connect math, models, evaluation, and real-world applications.
Publish a model card, demo, evaluation report, and reflection on responsible use.
A serious introduction to secure communication, protocols, privacy, and the math behind trust.
Create a security explainer or protocol threat model with diagrams and responsible-use notes.
A theory-rich course for students who want to understand computation, languages, and proofs.
Build a visual proof notebook that explains finite automata or computability to a peer.
A builder's path into programming languages, parsing, runtime design, and how code becomes execution.
Create a tiny language, parser, or compiler demo with a narrated walkthrough.
A large-scale data course for students interested in search, recommendations, networks, and modern data systems.
Analyze a public dataset and publish a dashboard, methodology note, and insight memo.
A high-value writing course for students turning research, science, and technical work into clear prose.
Revise a science article, research abstract, or AP Seminar-style evidence paper.
A practical health-literacy course connecting nutrition, family choices, public health, and everyday decisions.
Create a culturally aware nutrition guide or community health education artifact.
An accessible course connecting nutrition science, childhood health, cooking, and family education.
Design a family-facing nutrition lesson, recipe analysis, or school wellness campaign.
A humanities and global-health bridge into rights, equity, policy, and lived experience.
Write a policy memo or advocacy brief grounded in evidence and human dignity.
A strategic-thinking course connecting economics, negotiation, incentives, algorithms, and policy.
Model a strategic decision and explain the incentives, equilibria, and ethical tradeoffs.
A leadership course for understanding institutions, incentives, culture, teams, and organizational change.
Analyze an organization and propose a change plan with stakeholder risks.
A reasoning course that strengthens proofs, argument analysis, AI, debate, and careful thinking.
Create a logic puzzle explainer or argument map tied to a real policy or AI claim.
A bridge between language, formal reasoning, symbolic logic, and persuasive clarity.
Write an argument map and formal proof reflection for a debate, essay, or AI safety topic.
A confidence-building course for students changing their relationship with math and challenge.
Create a personal math-learning plan with before-and-after reflections and practice artifacts.
A reflective humanities pathway for students exploring justice, community, empathy, and moral leadership.
Build a service-learning reflection or community action proposal.
Counselor-centered pathway
Students find Stanford Online courses without leaving The VR School planning journey.
SofAI maps the course to UC A-G area, CVC and MIT companions, and portfolio evidence.
The VR School counselor confirms dual-enrollment, credit, transcript, and workload treatment.
Stanford onsite campus students can ask for a counselor-scheduled instructor meeting when needed.
Guardrail: this page does not claim Stanford University admission, endorsement, guaranteed instructor access, or automatic transcript credit. It makes Stanford Online discoverable inside The VR School's advising, UC A-G, dual-enrollment, and portfolio planning system.