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Relevant courses and descriptions

The following information contains main topics of the most relevant subjects studied during the degree of Mechatronics Engineering in Nueva Granada Military University

Some tools used in this course.
microcontroller

FESTO: Pneumatic and Hydraulic equipment such as cylinders, valves, switches, Fluidsim simulation software
LabVolt by Festo: Motors and Dynamometer
YASKAWA: Servomotor and driver
Proteus: Simulation software for circuits, PCB design
C++: Programming language for the embedded system, PWM Module, DAC (Digital-Analog Converter C++)
STM: Embedded system for programming solutions (C++)

Here you can find more information about projects made during the BSc in Mechatronics - Click to see papers
  • Electric actuators
  • Pneumatics and pneumatic elements
  • Electropneumatics
  • Hydraulic and electrohydraulic
  • Bio Actuators

Some tools used in this course.
microcontroller

MATLAB & Simulink: Control simulation, automated mathematics operation programmed in own source code
Solidworks: Design of the plant, in MDF material
Arduino: Discrete control with Microcontrollers
Lab View National Instruments: DAQ embedded system for monitoring and development of discrete controls

Here you can find more information about projects made during the BSc in Mechatronics - Click to see papers
  • Introduction to control systems
  • Analysis and design of continuous-time control
  • Classic control and strategies for control in frequency domain
  • Analysis and control in state space
  • Analysis and design of control in discrete time

Some tools used in this course.
microcontroller

MATLAB & Simulink: Control simulation, automated mathematics operation programmed in own source code
Lab View National Instruments: DAQ embedded system for monitoring and development of discrete controls

Here you can find more information about projects made during the BSc in Mechatronics - Click to see papers
  • State feedback control systems
  • Non-linear systems
  • Approximate linearization
  • Extended linearization
  • Controllability and observability
  • Control in discrete-time
  • Exact linearization by feedback Input-Output
  • Linearization by feedback Input-State

Some tools used in this course.
microcontroller

SIEMENS: PLC S7-1500, Thermocouples PT100, Relays, Speed Drives, AC Motors
SIEMENS Tia Portal: Programming software for Siemens PLC
SIMATIC WinCC: SIEMENS Software for SCADA remote supervision
Mitsubishi Electric: MELFAWORKS Software and Manipulator RV 3SQB
YASKAWA: Servomotor and Driver
Profinet Main communication network used for final project
Profibus: Secondary (emergency) communication network used for final project

Here you can find more information about projects made during the BSc in Mechatronics - Click to see papers
  • Industrial instrumentation
  • Industrial communication buses
  • Programmable logic controller
  • Industrial supervision
  • Industrial robotics
  • Industrial communication networks
  • Industrial management systems

Some tools used in this course.
microcontroller

Matlab: Design and simulation of fuzzy logics, neural networks and algorithms
C++: Programming language for microcontroller, mobile robots using AI
Mobile Robotics: Final project, trajectory planning with Kohonen network and recognition of objects through a camera

Here you can find more information about projects made during the BSc in Mechatronics - Click to see papers
  • Introduction to soft computing
  • Diffuse control
  • Adaptive systems
  • Self-organizing maps
  • Feedback neural networks
  • Evolutionary computation
  • Particle swarm optimization