How to Audit Your Work for Automation, Augmentation, and Human Judgment
Decompose a job into tasks, decisions, data, consequences, and feedback to decide what AI can automate, augment, or should leave human-led.
Adapt with evidence
Navigate changing roles, redesign work, learn on projects, and build proof of capability in the AI era.
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Starting sequence
Start with the first article, then choose by goal—not by whatever is newest.
Decompose a job into tasks, decisions, data, consequences, and feedback to decide what AI can automate, augment, or should leave human-led.
Create credible evidence of adaptable capability through selected projects, decision records, feedback, revisions, and clear claims about your contribution.
Build a career moat from scarce judgment, domain context, relationships, accountable decisions, workflow design, and inspectable proof—not task volume.
Redesign a role by mapping tasks, decisions, handoffs, learning value, and accountability before capability shifts are reflected in formal job titles.
Choose a career shape from the bottleneck you can own: deep domain work, broad coordination, or rigorous synthesis across expert boundaries.
Map reusable tasks, knowledge, relationships, evidence, and missing standards to design a career transition that preserves real advantage.
Learn through real work by selecting one capability bottleneck, protecting delivery, arranging feedback, and capturing evidence from repeated attempts.
Use 30 days to build and test one entry capability through task analysis, representative work samples, feedback, correction, and transfer.
Replace the search for one ideal mentor with a small network of bounded reviewers who can judge different artifacts, decisions, and blind spots.
Find AI value by redesigning the whole workflow around inputs, decisions, verification, exceptions, learning, and accountability—not one faster task.
Measure AI-assisted work with a baseline, quality rubric, independent cases, total review cost, error severity, transfer, and unaided capability checks.
Diagnose when AI accelerates production but leaves framing, evaluation, trade-offs, and accountable decisions as the real constraints on value.
Make AI-assisted work decision-grade with source evidence, transformation logs, explicit uncertainty, independent review, escalation, and accountable approval.
Adopt AI through named decision owners, approved uses, representative tests, worker participation, documented controls, escalation, and correction.
Place human checkpoints according to consequence, detectability, reversibility, uncertainty, and decision authority rather than reviewing everything.
Train teams through task literacy, source verification, independent baselines, failure drills, transfer checks, and explicit fallback capability.
Document goals, sources, human decisions, AI transformations, verification, corrections, and final ownership so contribution remains inspectable.
Use AI to lower production cost while differentiating through problem access, evidence, judgment, accountable outcomes, and trusted client learning.
Build a solo research system around bounded questions, live source maps, claim ledgers, adversarial synthesis, decision artifacts, and transparent limits.
Price knowledge work from buyer value, risk, evidence, access, scope, and accountability while using AI efficiency to redesign—not disguise—the offer.
Correct immediate performance, then test the governing assumption, metric, incentive, or policy that keeps reproducing the same class of error.
Use OODA as a learning cycle for changing environments by separating signals, orientation, decision, action, feedback, and tempo from mere speed.
Compare intent with evidence, reconstruct why results diverged, preserve successes and negative findings, and assign a tested change to the next cycle.
Test David Epstein’s case for sampling and breadth against deliberate-practice research, kind and wicked learning environments, selection effects, and career constraints.
Test Pfeffer and Sutton’s organizational diagnosis against capability gaps, implementation science, incentives, psychological safety, feedback, and local uncertainty.
Test Byung-Chul Han’s self-exploitation thesis against occupational burnout evidence, AI acceleration, job resources, autonomy, and work design.
Why abundant explicit answers may increase the value of situated perception, relationships, practice, exception handling, and knowledge that resists prompts.
Why AI exposure begins at tasks, work redesign happens across workflows, and the decisive boundary is who owns outcomes, exceptions, and correction.
How AI may separate, relocate, and recombine research, production, review, coordination, and responsibility before occupations visibly change.
A scenario map for what happens when AI absorbs junior production tasks that also taught observation, repetition, feedback, exceptions, and trust.