Modular Technologies for Reconfigurable & Innovative Systems
Led by Dr. Jose Baca
Are you interested in designing technologies that improve human health and strengthen coastal communities?
Our research group is developing modular, reconfigurable systems that address real-world challenges in biomedical engineering and coastal resilience. We are seeking motivated undergraduate and graduate students who want hands-on experience building innovative, scalable technologies.
Research Areas
Biomedical Engineering
Work on modular systems that can be adapted and reconfigured for:
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Wearable rehabilitation devices
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Diagnostic and monitoring platforms
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Assistive and therapeutic technologies
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Human performance systems for athletics, rehabilitation, and space applications
Students may contribute to:
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Prototype design and fabrication
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Mechanical and system integration
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Sensor development and testing
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Biomechanics and rehabilitation research
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Data collection and analysis
Coastal Resilience & Marine Systems
Help design modular technologies that protect and restore coastal communities:
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Robotic and sensing systems for shoreline assessment
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Modular artificial reefs
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Eco-engineered erosion control structures
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Wave energy mitigation systems
Students may contribute to:
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Field testing and environmental monitoring
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Structural design and modeling
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Robotics and embedded systems
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Geospatial analysis and system optimization
Who Should Apply?
We welcome students in:
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Mechanical Engineering
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Biomedical Engineering
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Civil or Environmental Engineering
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Computer Science
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Electrical Engineering
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Geospatial Sciences
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Or related disciplines
Ideal candidates are:
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Curious problem-solvers
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Interested in hands-on design and prototyping
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Motivated to pursue research or graduate study
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Excited about interdisciplinary collaboration
What You’ll Gain
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Direct mentorship
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Research experience suitable for graduate school applications
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Opportunities to contribute to publications and conference presentations
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Exposure to real-world system development
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Experience bridging engineering innovation with societal impact
Learn More
Visit Dr. Baca's research group: