2026
AI Literacy for the Modern Workforce
A four-module, research-grounded AI literacy program for mid-career professionals — designed, built, and shipped solo in roughly 150 hours on a custom learning platform, with the full needs analysis, evaluation framework, and project records published alongside it.
Visit the live project ↗Source ↗
Problem
Workforce AI adoption has outrun workforce AI judgment. The World Economic Forum’s 2025 Future of Jobs Report finds 63 percent of employers naming skill gaps as the primary barrier to AI-driven transformation, while productivity research documents an 81 percent median task-time reduction inside the AI conversation against 14–56 percent across the full work cycle — a distance that measures missing competency, not missing access. The training on offer mostly teaches tool familiarity and measures completion. It does not build the judgment to decide what to delegate to AI, how to specify it, whether to trust what comes back, and how to stay accountable for the result — and it rarely produces evidence of behavior change that would justify continued investment.
Constraints
The program was built solo, alongside a full-time role, in roughly eight calendar weeks. Three self-imposed constraints shaped it more than the timeline. Every section had to trace backward to a documented gap in the research corpus and forward to a measurable assessment — anything that could not be justified by evidence and measured by an observable behavior was cut. The evaluation framework had to be designed before the modules existed, so success was defined before there was anything to grade. And no off-the-shelf authoring tool: interaction design and data capture could not inherit a vendor’s constraints, which meant building the platform itself.
Approach
Four modules — Context, Evidence, Mechanism, Application — take a learner from the business case, through documented usage evidence, into how language models actually generate text, and finally into applied practice. Anthropic’s 4D competency framework (Delegation, Description, Discernment, Diligence) provides the spine that connects 17 performance objectives to observable workplace behaviors across 37 sections and 12 practice activities, including a tokenizer playground, task-level adoption dashboards, and a multi-step AI interaction sandbox.
Evaluation is built on the four Kirkpatrick levels: a reaction instrument in which every item drives a specific program change, a scenario-based parallel-form pre/post assessment carrying real validation data, a 30/60/90-day manager evidence review scored on the 4D framework, and a KPI and ROI model that connects behavior change to organizational outcomes. The platform captures progress, knowledge-check responses, and time-on-task through an xAPI-aligned event taxonomy surfaced in a built-in analytics dashboard — the reporting a learning-and-development director needs, generated by the architecture rather than bolted on.
The build itself ran on a specification–verification loop with AI development tools: detailed build specifications, AI-generated implementation, expert review against the specification and the source research. The method is the curriculum — the same delegation-and-discernment cycle the program teaches, applied to producing it.
Outcome
The program is live at ai-literacy.ritchot.me as a v1.0 portfolio edition. Total development ran to roughly 150–160 hours against an industry baseline near 735 hours for comparable interactivity (Chapman’s benchmark for simulation-grade content) — a 4.6–4.9× compression consistent with documented ranges for AI-augmented knowledge work, achieved without sacrificing the evidence trail. The complete professional record is published with the course: the needs analysis, the evaluation framework, and the design and project-management records — timeline, responsibility matrix, budget, stakeholder communications, and QA — as interactive walkthroughs and downloadable documents, reframing the solo build as the five-person organizational deployment it models.
Stack and links
React, TypeScript, Vite, Tailwind CSS, and Recharts; gpt-tokenizer drives the tokenizer playground. No backend — state lives client-side, analytics events export as JSON/xAPI — deployed static on Cloudflare Pages. Code is MIT-licensed; instructional content is CC BY-NC-SA 4.0.
- The live program
- Source on GitHub
- Needs analysis · evaluation framework · build records
- Companion essay: I built an AI Literacy course
Links
Writing
Documents
Needs Analysis
- Executive Problem Statement (PDF)
- Capability Gap Analysis (PDF)
- Learner Persona (PDF)
- Action Map (PDF)
- Interactive versions in the course
Evaluation Framework
- Level 1: Reaction (PDF)
- Level 2: Learning (PDF)
- Level 3: Behavior (PDF)
- Level 4: Results (PDF)
- Interactive versions in the course
Behind the Build