Outreach and Engagement
Discover our activities
Participate in our webinars, seminars, and academic gatherings—events where we share knowledge, present research findings, and connect students, researchers, and professionals.
Join the
applied research
The laboratory is open to students and researchers motivated by the development of technological solutions based on science, engineering, and experimentation.
We are looking for people interested in learning, proposing, simulating, building, validating, and collaborating on applied research projects.
Intelligent
Control
Robotics
Artificial
Freelancers
Energy
Submarine
Industrial
Simulation
Technological
- Genuine interest in applied research.
- Capacity for autonomous learning and proactivity.
- Fundamentals in programming, modeling, control, robotics, electronics, or simulation.
- Willingness to collaborate on interdisciplinary projects.
- Motivation for developing theses, publications, prototypes, or industrial applications.
Undergraduate Research
For undergraduate students interested in starting research in robotics, control, AI, or simulation.
Thesis Projects
For students seeking to develop theses or applied projects within an active lab line.
Master's Thesis
For master's students focused on advanced control, robotics, energy systems, applied AI, or autonomous systems.
PhD / Postdoc Collaboration
For researchers interested in advanced control lines, robotics, dynamic systems, energy, and industrial applications.
Gallery
Laboratory activities
A look at the seminars, workshops, academic activities, gatherings, and experiences organized by CDSCL together with students, researchers, and collaborators.
We connect advanced research with industry.
The laboratory seeks to connect advanced research with real-world industry challenges. Our capabilities in control, robotics, artificial intelligence, modeling, simulation, and automation enable the exploration of applied solutions for productive sectors that require efficiency, autonomy, monitoring, prediction, and data-driven decision-making.
Technical Advice
Technical consulting in control, automation, robotics, simulation, and applied AI.
Applied I&D Projects
Desarrollo conjunto de proyectos orientados a problemas industriales específicos.
Intelligent Monitoring
Design of solutions for anomaly detection and decision-making support.
Robotics and Automation
Modeling of robotic systems for inspection, manipulation, or autonomous navigation.
Energy Optimization
Control of energy, photovoltaic, or operational efficiency systems.
Digital Simulation
System simulation prior to implementation, reducing technical risk.
Issues we address
- Predictive modeling of infrastructure.
- Energy optimization.
- Process automation.
- Control of nonlinear systems.
- Monitoring of environmental conditions.
- Autonomous navigation in complex environments.
- Robotics for inspection or monitoring.
- Integration of AI into industrial systems.
- Prototype validation through simulation.
Target industries
Collaboration model
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1
Technical diagnosis
Problem identification, operational context, and critical variables.
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2
Applied proposal
Definition of scope, potential technologies, hypotheses, and work plan.
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3
Modeling and simulation
Preliminary validation using computational tools and digital twins.
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4
Proof of concept
Experimental development at laboratory scale or creation of a functional prototype.
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5
Transfer of results
Delivery of metrics, code, design, or technical reports for continuity.
Applied research
Let's take research to real-world systems
Let’s discuss how we can collaborate on technological solutions that generate an impact on industry and society. Let’s combine research, development, and technical capabilities to address real-world challenges.
Join the laboratory
Do you want to conduct applied research in robotics, control, or artificial intelligence?
Leave your details and we will contact you to evaluate how you can be part of our team and contribute to real solutions.