Completed Projects

Hieronymus Bosch – The Last Judgement

  • CPS: Medium: Accurate and efficient collective additive manufacturing by mobile robots (2019-2024) – supported by the National Science Foundation(More details here).
  • From mass shootings to policy-making: a complex systems approach (2021-2022) – supported by the National Collaborative on Gun Violence Research(More details here).
  • How and why fish school: An information-theoretic analysis of coordinated swimming (2019-2024) – supported by the National Science Foundation(More details here).
  • RAPID/Collaborative Research: Agent-based modeling toward effective testing and contact-tracing during the COVID-19 pandemic (2020-2023) – supported by the National Science Foundation (More details here).
  • PIRE: Advanced artificial muscles for international and globally competitive research and education in soft robotics (2015-2022) – supported by the supported by the National Science Foundation.
  • Robotics may help unravel the biological determinants of substance use disorders: studies in zebrafish (2017-2021) – supported by the National Institues of Health.
  • Transforming robot-mediated telerehabilitation: Citizen science for rehabilitation (2016-2021) – supported by the National Science Foundation (More details here).
  • Network-based modeling of infectious disease epidemics in a mobile population: strengthening preparedness and containment (2016-2021) – supported by the National Science Foundation (More details here).
  • STTR: Phase 1: Multi-Input Strength Loss Sensing for Webbing Structures (2019-2021) – supported by the supported by the United States Navy.
  • URCF 2018: Gun prevalence versus mass shooting: what causes what? (2018-2020) – supported by the New York University.
  • CDS&E: Modeling the zebrafish model organism toward reducing, refining, and replacing animal experiments (2015-2020) – supported by the National Science Foundation (More details here).
  • Innovative means to design highway air barriers (2019) – supported by the Brookwood Foundation.
  • Fluid-structure interactions during water impact (2018-2019) – supported by the Office of Naval Research.
  • EAGER: Reliable data from heterogeneous groups of citizen scientists (2016-2019) – supported by the National Science Foundation (More details here).
  • Causal relationships underlying the collective dynamic behavior of swarms (2014-2019) – supported by the National Science Foundation (More details here).
  • EAGER: Dynamics of collaboration between humans and engineered systems: system design for collective expertise (2015-2019) – supported by the National Science Foundation (More details here).
  • Dynamics and control of switching dynamical networks (2015-2018) – supported by the Army Research Office.
  • Particle Image Baro-Velocimetry (PIBV): simultaneous measurement of pressure and velocity in fluids (2013-2018) – supported by the National Science Foundation (More details here).
  • A low-cost and sustainable technology for water monitoring (2016-2017) – supported by Power Bridge New York.
  • Systems science approaches to understanding variation in state alcohol and traffic policies (2013-2017) – supported by the New York University.
  • Shock and vibration modeling of marine composites (2011-2017) – supported by the Office of Naval Research.
  • Applying Mechatronics to Promote Science (AMPS) (2008-2016) – supported by the National Science Foundation (More details here).
  • Citizen Science uncovers Brooklyn Atlantis: An inter-disciplinary exploration of the dynamics of networks of humans and machines in peer production settings (2011-2016) – supported by the National Science Foundation (More details here).
  • BRUCE and ROSA go to Coney Island – interactive robotic fish join the New York Aquarium (2012-2016) – supported by the National Science Foundation (More details here).
  • Can systems science explain variations in state alcohol and traffic policies? (2013-2016) – supported by the National Institutes of Health.
  • Collaborative research: Geometry of group behaviors with application to fish schooling (2011-2015) – supported by the National Science Foundation (More details here).
  • CAREER: Guidance and control of fish shoals using bio-mimetic robots (2008-2015) – supported by the National Science Foundation (More details here).
  • Little eddies and small vibrations: untapped sources for energy harvesting in aquatic environments (2009-2014) – supported by the National Science Foundation (More details here).
  • Smart material-based experimental platform for studies of free locomotion in fluids (2009-2012) – supported by the New York University.
  • Modeling, design and testing of syntactic foam core sandwich structures for marine applications (2007-2011) – supported by the Office of Naval Research.
  • Development of a novel functionally gradient composite material (2007-2011) – supported by the National Science Foundation (More details here).
  • Alternative methods for feeding sea animals (2007-2009) – supported by the Wildlife Conservation Society.

 

 

Funding Agencies

 

 

 

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