Proyectos Laboratorio CDSCL

Projects

Research
in action

Explore our technological developments, theses, and prototypes applied in robotics, advanced control, and artificial intelligence.

Actualmente no hay proyectos en esta categoría.
1
Proyecto de seguimiento solar inteligente y control MPPT

Intelligent Solar Tracking and MPPT Control

Renewable Energy Systems Smart Control
Responsible: Aaron Aguilar
Tipo: Master's Thesis
Summary: Development of an MPPT solar tracking system for a low-cost robotic platform, validated in MATLAB/Simulink and microcontrollers.
Technologies: LQR, LQI, Fuzzy Logic, ANFIS, SMC.
2
Proyecto de pez robótico blando biomimético

Biomimetic Soft Robotic Fish

Underwater Robotics Biomimetics
Responsible: Gabriel Peña
Tipo: Master's Thesis
Summary: Heading control for trajectory tracking of a cable-driven biomimetic soft robotic fish.
Technologies: N4SID, Line-of-Sight, PID, FPD+i, MPC.
3
Manipulador robótico de seis grados de libertad

6-DoF Robotic Manipulator with Fuzzy Sliding Control

Robotics Smart Control
Responsible: Sebastián Muñoz
Tipo: Master's Thesis
Summary: Control of a six-degree-of-freedom robotic manipulator using fuzzy logic and a sliding mode controller for balance and precision.
Technologies: Fuzzy Logic, Sliding Mode Control.
4
Detección y priorización de anomalías en centros de datos con IA

AI-based anomaly detection and prioritization in data centers

Industrial AI Predictive Monitoring
Responsible: Aquiles González
Tipo: Tesis Pregrado
Summary: Smart environmental monitoring and fault prediction platform for mining data centers.
Technologies: Machine Learning, IA Generativa, Azure, Python.
5
Modelo CAD de plataforma experimental de robot balancín

Experimental Balancing Robot Platform

Autonomous Robotics Simulation
Responsible: Sebastián Cerpa
Tipo: Research
Summary: Experimental two-wheeled balancing robot platform for evaluating advanced control, autonomous navigation, and sensor fusion.
Technologies: ESP32, Raspberry Pi, MATLAB, Simulink, Unreal Engine.
6
Control de seguridad crítica para AUVs

Critical Safety Control for AUVs

Underwater Robotics Autonomous Systems
Responsible: Bastián Caris
Tipo: Research
Summary: Dynamic modeling and control of autonomous underwater vehicles, focusing on safe navigation and operation under disturbances.
Technologies: MATLAB, Python, state-space, automatic control.
7
Proyecto de controlador de dron cuadricóptero

Autonomous Drone with Fuzzy Control

Drones Smart Control
Responsible: Felipe Olivares
Tipo: Research
Summary: Implementation of improvements in open-source drone controllers using fuzzy logic and sensor integration for obstacle detection.
Technologies: MATLAB, Fuzzy Logic, open-source drivers.
8
Proyecto FIU-IAgro

FIU-IAgro: I&D Solution for the Agri-Food System

Technology Transfer Industrial Research
Responsible: Omar Daud
Tipo: Awarded Project (ANID)
Summary: An integrated solution based on nanotechnology, biotechnology, sensor technology, and artificial intelligence to address challenges in the agricultural sector.
Technologies: Nanoscience, nanotechnology, sensor technology, AI.
9
Proyecto de control robusto de manipuladores submarinos

Robust Control of Underwater Manipulators

Underwater Robotics Robust Control
Responsible: Camilo Rodríguez
Tipo: Master's Thesis
Project: Robust control of underwater manipulators using Sliding Mode Control.
10
Plataforma CNC de arquitectura abierta

CNC Platform for Controller Evaluation

Smart Control Industrial Application
Responsible: Martín Maturana Zúñiga
Tipo: Undergraduate thesis
Project: Design and implementation of an open-architecture CNC platform to compare PID, FLC, and ANFIS controllers in trajectory tracking.
11

Digital Twin

Digital Twin Industrial Application
Responsible: Luis Sepúlveda
Tipo: Research
Project: Digital Twin.
12

Applied Physics in Robotics and Control Systems

Robotics Control Systems
Responsible: Sebastián Sepúlveda
Tipo: Research
Work area: Physics applied to robotics and control systems.
13

Fuzzy Control for Muscle Fatigue Estimation

Fuzzy Logic Smart Control
Responsible: Joaquín Vidal González
Tipo: Research
Project: Fuzzy logic controller for calculating muscle fatigue.

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