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Featured data:
- 29 R&D+I Projects: Time period, 29.3 years; Executed budget: 2+ Million dollars.
- Project types: 16 Research projects, 10 Innovation and Technology Transfer projects, and 3 Community Engagement projects.
- Projects Director: 10 Projects, 13.3 Years, 341 Thousand dollars.
- External funds: 11 Projects with Industry/Government funds, 4 Projects with CEDIA funds.
- Technology Readiness Level (TRL) of the Projects: TRL7 = 11 Projects. TRL6 = 8 Projects.
- Impact on the Sustainable Development Goals SDGs: SDG9 (Innovation/Industry) = 17 Projects. SDG12 (Responsible production) = 6 Projects.
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Research Lines
1. Industrial Robotics and Intelligent Control
🦾This research line focuses on the design, implementation, and optimization of intelligent control architectures applied to industrial robotic systems. The objective is to employ techniques such as deep reinforcement learning, fractional-order PID control, and artificial intelligence to enhance the precision, adaptability, and autonomy of robotic manipulators in complex industrial environments, both real and simulated.
🦾This research line focuses on the design, implementation, and optimization of intelligent control architectures applied to industrial robotic systems. The objective is to employ techniques such as deep reinforcement learning, fractional-order PID control, and artificial intelligence to enhance the precision, adaptability, and autonomy of robotic manipulators in complex industrial environments, both real and simulated.
2. Industrial IoT and Cyber-Physical Systems
🚀This research line is dedicated to the development of monitoring and automation solutions through IoT technologies, sensor networks, embedded systems, and mobile/web platforms. Applications include the monitoring of critical variables in industrial processes, smart agricultural systems, maintenance management, digital manufacturing, and real-time quality control, all aimed at supporting strategic and operational decision-making with a focus on efficiency and sustainability.
🚀This research line is dedicated to the development of monitoring and automation solutions through IoT technologies, sensor networks, embedded systems, and mobile/web platforms. Applications include the monitoring of critical variables in industrial processes, smart agricultural systems, maintenance management, digital manufacturing, and real-time quality control, all aimed at supporting strategic and operational decision-making with a focus on efficiency and sustainability.
3. Applied Biomedical Engineering
👨⚕️This research line promotes the development of technological solutions for the healthcare sector, through the design of biomedical devices, robotic prostheses, physiological monitoring systems, and biometric signal analysis tools. It integrates electronics, artificial intelligence, and biomechanics to improve the quality of life of vulnerable populations and to optimize clinical and therapeutic processes.
👨⚕️This research line promotes the development of technological solutions for the healthcare sector, through the design of biomedical devices, robotic prostheses, physiological monitoring systems, and biometric signal analysis tools. It integrates electronics, artificial intelligence, and biomechanics to improve the quality of life of vulnerable populations and to optimize clinical and therapeutic processes.
4. Technologies for Inclusion and Digital Education
✅This research line of research focuses on the development of technological tools, electronic devices, educational games, and computer vision systems designed to enhance the inclusion of children and youth with disabilities in educational settings. It combines software tools, open-source hardware, computer vision, and innovative pedagogical methodologies to support accessible learning processes for children with visual impairments or those in vulnerable basic education contexts.
✅This research line of research focuses on the development of technological tools, electronic devices, educational games, and computer vision systems designed to enhance the inclusion of children and youth with disabilities in educational settings. It combines software tools, open-source hardware, computer vision, and innovative pedagogical methodologies to support accessible learning processes for children with visual impairments or those in vulnerable basic education contexts.
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Carlos Calderon Cordova: Research, Technology Transfer, and Community Engagement Projects
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Carlos Calderon Cordova - R+D+i Projects: Impact on the Sustainable Development Goals (SDGs)
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Carlos Calderon Cordova: Tecnology Transfer Projects with Industry / Government Funds
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Carlos Calderon Cordova: Technology Readiness Level (TRL) of the R+D+i Projects
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