## About this course

### Please note that the the lecture is not completely in slot A. The lectures are scheduled on Thursdays hours 3+4 and 5+6

- Type systems, especially simply typed, dependemtly typed, polymorphically typed and higher order typed lambda calculi.
- Type systems in programming languages: implicit/explicit typing, polymorphic types, inductive and abstract data types; the typing algorithm of Hindley-Milner.
- The Curry-Howard isomorphism (or 'formulas-as-types' interpretation).
- Translation of logical propositions in first and higher order logic to a type system.
- Natural Deduction proofs with the proof assistant Coq.
- The formalization of a problem in computer science (the correctness of an algorithm) in the proof assistant Coq. (Project)

## Learning outcomes

- The primary goal is to understand interactive theorem provers ("proof assistants"), and to learn how to use a proof assistant to formalize a program and to verify its correctness to the currently highest possible degree.
- The secondary goal is to understand type systems, from the point of view of (functional) programming and from the point of view of logic, following the Curry-Howard interpretation of "formulas-as-types".

Combining these two viewpoints, type theory forms the theoretical basis for the proof assistant Coq. The proof assistant Coq will be studied and used for a formalization project.

## Prior knowledge

2IT60 Logic and set theory

- Code
**2IMF15** - Credits
**ECTS 5** - Contact coordinator

If anything remains unclear, please check the FAQ of TU Eindhoven.

## Offering(s)

These offerings are valid for students of Utrecht University