# Courses Offered in Logic

Below are the catalogue descriptions for LOG courses. To determine which courses are being offered in current and upcoming teaching sessions, search here.

**LOG 201 Logic**

3 Credits. Introduction to methods of deductive inference. Concepts of inconsistency and entailment. Truth Functional Statement Logic and Quantifier and Predicate Logic. Representation of logically significant forms of statements and arguments. Construction of proofs using methods of natural deduction. *Satisfies the GEP Mathematical Sciences requirement. *Fall 2018 Flyer

**LOG (MA) 335 Symbolic Logic**

3 Credits. PREREQUISITE(S): LOG 201 or MA 225 or CSC 226. Intermediate level introduction to modern symbolic logic focusing on standard first-order logic; topics include proofs, interpretations, applications and basic metalogical results. *Satisfies the GEP Mathematical Sciences requirement.* Fall 2018 flyer

**LOG 435/535 Advanced Logic & Metamathematics**

3 Credits. PREREQUISITE(S): For 435, LOG/MA 335; for 535, graduate status. Credit cannot be given for both LOG 435 and LOG 535. Advanced topics in logic and metamathematics: proof procedures, first-order theories, soundness and completeness theorems, recursive functions, the formalization of arithmetic, the Godel Incompleteness Theorems. Emphasis on mathematical study of logic and mathematics.

**LOG 437/537 Model Theoretic Semantics**

3 Credits. PREREQUISITE(S): For 437, one of the following courses: LOG/MA 335, LOG 435, MA 403, MA 407, MA 408, MA 410, MA/CSC 416, MA 421, MA 426, CSC 333, CSC 411, CSC 417; for 537, graduate status and one of the following courses: LOG/MA 335, LOG 435, one MA or CSC course at the 400-level or above. Credit cannot be given for both LOG 437 and LOG 537. This course is an introduction to the fundamental concepts and methods of model-theoretic semantics and its applications in logic, foundations of mathematics, philosophy, and computer science.

**LOG 535 Advanced Logic & Metamathematics**

3 Credits. PREREQUISITE(S): Graduate status. Credit cannot be given for both LOG 435 and LOG 535. Advanced topics in logic and metamathematics: proof procedures, first-order theories, soundness and completeness theorems, recursive functions, the formalization of arithmetic, the Godel Incompleteness Theorems. Emphasis on mathematical study of logic and mathematics.

**LOG 537 Model Theoretic Semantics**

3 Credits. PREREQUISITE(S): Graduate status and one of the following courses: LOG/MA 335, LOG 435, one MA or CSC course at the 400-level or above. Credit cannot be given for both LOG 437 and LOG 537. This course is an introduction to the fundamental concepts and methods of model-theoretic semantics and its applications in logic, foundations of mathematics, philosophy, and computer science.