Course List

IoT Implementation

10 week, 120 hours introductory block to digital systems, data bases and NodeMCU microcontroller

Modules
Digital System Dr. Francisco Ortiz
Data Bases MSc. Roberto Martínez
Operating Systems MSc. Iván Escobar

Modeling of Minimum Systems and Computer Architecture

5 week, 20 hours introductory course to Computer Organization and Architecture

Topics
  • Data representation and numerical base conversions
  • One an Two's complement
  • Signed Integers
  • Signed integer and BCD arithmetics
  • IEEE754 Floating point
  • Von Neumann Architecture
  • CPU Organization
  • Assembly Language
  • Instruction types and Addressing
  • Memory Hierarchy
  • Cache memory

Design with Programmable Logic

5 week, 80 hours intermediate course of Digital Systems, students are expected to synthesize arithmetic components and to build complex systems to solve real life problems

Modules
Circuit description in VHDL Dr. Andrés García
Interfaces and embedded processors Dr. Francisco Ortiz

SoC Design

10 week, 160 hours intermediate block where students learn about Computer Architecture, Microcontrollers and RTOS, the goal is for them to build a prototype of an infoentertainment system for a car using microcontrollers and microcomputers

Modules
Computer architecture and embedded linux Dr. Francisco Ortiz
Microcontrollers Dr. Rafael San Vicente
Real time Operating Systems MSc. Humberto Paniagua

Design of Advanced Embedded Systems

10 week, 240 hours advanced block of the Robotics and Digital Systems Engineering, the student is expected to model, design and implement Embedded Systems taking into account client specifications and environmental constraints

Modules
Algorithm Analysis
Interfaces and Peripherals
Communication Protocols
Digital Signal Processing
Parallel PRocessing

Final projects 
TE2002B - Design with Programmable Logic
Spring Semester 2021

These are some of the projects presented to our Intel Guadalajara Site Partners, the goal was to code a Pong game using only VHDL in RTL coding style, all the teams were able to control the VGA interface using a FSM, the projects were downloaded to DE10-Lite Boards, Thanks to Intel and Terasic for the donation.