Laboratorio de Robótica UACJ

Laboratorio de Robótica UACJ

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Laboratorio de Robótica del Instituto de Ingeniería y Tecnología de UACJ gestionado por el Cuerpo Académico de Mecatrónica.

El Laboratorio de Robótica inicia sus actividades académicas y científicas en el cambo de la robótica en el semestre Agosto-Diciembre de 2007. Sus líneas de investigación y desarrollo incluyen dispositivos de locomoción, plataformas mecánicas, fusión sensorial, percepción y planeación de movimiento, teleoperación e interfaces Hombre-Robot. Durante este tiempo, se han desarrollado proyectos académi

Development of Multi-Fingered Mechanical Hand 05/02/2026

Development of Multi-Fingered Mechanical Hand

A CAD-designed mechanized hand is experimentally implemented, featuring an original motorized gear reduction system and phalanges composed of cascaded parallel linkages.

Beyond the mechanical advantage provided by the gear reducer, the system leverages the multiplicative mechanical advantage inherent in the parallel lever configuration of the phalanges.

Development of Multi-Fingered Mechanical Hand A CAD-designed mechanized hand is experimentally implemented, featuring an original motorized gear reduction system and phalanges composed of cascaded parall...

25/11/2025

Felicidades a Juan Carlos Gómez González por la aprobación unánime de su examen de defensa de Ingeniería Mecatrónica de título: "Desarrollo de una Plataforma Robótica Esférica Paralela" (Lunes, 24/Noviembre/2025)

25/11/2025

Felicidades a Cristian Andrei Molina Ponzio por la aprobación unánime de su examen de defensa de Ingeniería Mecatrónica de título: "Desarrollo de Plataforma Robótica de Autobalance 2WD Mecanum" (Lunes, 24/Noviembre/2025)

25/11/2025

Felicidades a Alan Martín Lobera Gómez por la aprobación unánime de su examen de defensa de Ingeniería Mecatrónica de título: "Diseño y Desarrollo de Arquitectura Robótica Monociclo" (Lunes, 24/Noviembre/2025)

25/11/2025

Felicidades a Guillermo Andrés Corrales Fernández por la aprobación unánime de su examen de defensa de Ingeniería Mecatrónica de título: "Desarrollo de Prototipo de Extremidad Robótica Blanda de Tipo E-Trunk" (Lunes, 24/Noviembre/2025)

Electromyography-Based Biomechanical Cybernetic Control of a Robotic Fish Avatar 07/11/2025

Cybernetic Control in Underactuated Bio-Robotics

Cybernetic control in bio-robotics refers to biologically inspired robots in terms of their biomechanics being operated by a human’s control signals. Cybernetics is the science that automatically control systems by communicating both machines and living beings. The behavior of a robot is governed through bio-signals triggered by stimuli from a human operator (e.g. by teleoperation). Inside the robot, a way of producing activity for its biomechanical parts is by stimuli generated from patterns of oscillations from a central neural pattern generator. A central pattern generator is purposed to produce coordinated robot’s motions for its underactuated bionic parts. Thus, an underactuated mechanism is defined as a system with fewer actuators than it has degrees of freedom.

The following published paper describes a biomechanical dynamic model and nonlinear control to produce coordinated swimming motions of an underactuated robot fish comprised of electromagnetic actuators, planar linkages and elastic parts.

Martinez et al., “Electromyography-Based Biomechanical Cybernetic Control of a Robotic Fish Avatar” Machines 12(2), 2024.

https://www.mdpi.com/2075-1702/12/2/124

Electromyography-Based Biomechanical Cybernetic Control of a Robotic Fish Avatar This study introduces a cybernetic control and architectural framework for a robotic fish avatar operated by a human. The behavior of the robot fish is influ...

Underwater Robot Evasive Navigation Hybrid Control using Hidden-Markov Chains and Fuzzy Logic 10/06/2025

Underwater Robot Evasive Navigation Hybrid Control using Hidden-Markov Chains and Fuzzy Logic:
https://www.youtube.com/watch?v=8tYF-t_ZVY0

This project involves the mechanical design, development, and control of a subaquatic robotic platform. Our goal is to enable predictive collision avoidance by implementing a control system featuring Markov chains and a fuzzy controller, which will be experimentally validated in real-world scenarios.

Underwater Robot Evasive Navigation Hybrid Control using Hidden-Markov Chains and Fuzzy Logic This project involves the mechanical design, development, and control of a subaquatic robotic platform. Our goal is to enable predictive collision avoidance ...

Thermo-Centrifugal Self-Regulating Speed Control Mechanism 10/06/2025

Thermo-Centrifugal Self-Regulating Speed Control Mechanism:
https://www.youtube.com/watch?v=czULMmmTgeM

A self-contained mechanism was developed to regulate a machine's rotational speed, bypassing electricity, computers, and electronic instrumentation. It uses a Stirling engine for primary propulsion, a speed reducer to increase mechanical power, a centrifugal governor, and a feedback mechanism that positions the Stirling engine's heat source.

Thermo-Centrifugal Self-Regulating Speed Control Mechanism A self-contained mechanism was developed to regulate a machine's rotational speed, bypassing electricity, computers, and electronic instrumentation. It uses ...

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