Learning Plan
9-lesson curriculum overview with engineering connections
01 — Arguments, Premises & Conclusions
Separate claims, evidence, and conclusions so you can audit reasoning clearly.
02 — Language, Meaning & Definition
Tighten definitions, remove ambiguity, and spot category mistakes early.
03 — Informal Fallacies
Recognize common persuasion errors before they distort technical decisions.
04 — Categorical Logic
Work with classes, sets, and syllogisms using formal validity rules.
05 — Propositional Logic
Translate arguments into symbols and test truth-functional structure.
06 — Natural Deduction in Propositional Logic
Build step-by-step proofs with introduction and elimination rules.
07 — Predicate Logic
Model quantified statements about objects, properties, and relations.
08 — Inductive Reasoning
Judge probabilistic arguments, analogies, and explanatory strength.
09 — Statistical & Scientific Reasoning
Connect hypothesis testing, evidence quality, and scientific inference.
Exercise 01 — Arguments, Premises & Conclusions
Practice decomposing real arguments into premises, conclusions, and assumptions.
Exercise 02 — Language, Meaning & Definition
Refine vague terms and test whether definitions are precise and useful.
Exercise 03 — Informal Fallacies
Identify fallacies inside everyday claims and technical debates.
Exercise 04 — Categorical Logic
Test syllogisms and class relationships with formal categorical tools.
Exercise 05 — Propositional Logic
Translate and evaluate symbolic arguments using truth tables and rules.
Exercise 06 — Natural Deduction
Write formal proofs and justify each inference step correctly.
Exercise 07 — Predicate Logic
Work with quantifiers and predicates in structured proof exercises.
Exercise 08 — Inductive Reasoning
Compare stronger and weaker inductive arguments using real scenarios.
Exercise 09 — Statistical & Scientific Reasoning
Interpret evidence quality, uncertainty, and scientific claims with rigor.