Industrial Computing

Grafcet Section (4.5 hours of lectures, 6 hours of tutorials, 6 hours of lab work)

• Definition of the standard, steps, actions, transitions, receptivities
• Classic Structures, Semaphores, Communication
• Inputs and outputs, time
• Implementation: evolution rules and algorithms, equivalent logical equations, state machines, programmable logic controllers

Logic Module (3 hours of lectures, 3 hours of tutorials, 3 hours of lab work) 

• Logic Review
• Coding a Finite State Machine

Architecture Course (9 hours of lectures, 6 hours of seminars, 6 hours of lab work) 

• Principles of Operation of Von Neumann Machines
• Addressing Modes and Memory Access
• Wired and Microprogrammed Sequencers
• Principles of Interrupt Systems
• Inputs / Outputs

Programming Component (6 hours of lectures, 15 hours of lab work) 

• Implementing Device Programming
• C and Assembly Languages
• STM32 Board

Be able to select and implement a conventional digital circuit—whether combinational or sequential. Understand how a computer architecture works. Be able to use GRAFCET, a language for describing automation systems. Be proficient in programming using a high-level language.

Combinational and Sequential Logic