Institutional ART Project Clusters
Joining the NSF ART Online Portal empowers you and your organization to accelerate the translation of academic research into impactful real-world solutions.
Institutional ART Programs fund Seed Translational Research Projects (STRPs) to advance translational research and innovation to market for use-inspired applications of society’s most pressing challenges. The ART funded STRPs across all institutional programs are clustered in specific areas of high societal and economic impact with regional and national ecosystems of stakeholder groups including innovators, industry and government partners and community leaders. The STRP clusters presented here are designed to be dynamic and expected to be updated as more STRPs are added by ongoing and future ART funded programs.
Detection and Management of PFAS Contaminations
- Rapid Detection of Per- and Polyfluoroalkyl Substances (PFAS) Using Paper Spray-Based Mass Spectrometry
- Waste Plastic-Based Asphalt Additive: A Solution for Sustainable, Economical, and High-Performance Roads
- Tova Earth; Creating a Global Water Sustainability Tool using Deep Learning Applied to Existing Geophysical Data
- nFast-A nanotechnology approach to developing highly soluble API
- Algorithm-guided Geotechnical Surveying using Wearable Miniaturized Sensors
- nFast- nano technology approach
- Development of a Novel Peptide Tracer for Tracing Potential Septic Pollution Sources
- Climate-Smart Electrocatalytic Membrane Technology Transforms Nitrate Pollution into Enhanced Ammonium Salt Fertilizer
- Rapid, Robust, Cost-effective, Field-based, AI-integrated point-of-use Electrochemical Platform Technology for in-situ detection and quantification of PFAS in source water.
- High-frequency and High Power Ultrasound and Argon Nanobubbles for Destruction of Emerging Contaminants
- A Novel Mid-Wave Infrared Light Emitter Development
Digital Infrastructure
- Hardware-in-the-loop Demonstration of Automation with Sensors, IoT, Embedded System, and ChatGPT
- FireReady VR
- Beyond monitoring: Enhancing public safety with real-time video analytics
- Integrated Silicon Photonic Receiver for Space-to-Ground Laser Communication
- Building Resilient Rural Communities
- Accelerating MIMO Receivers for Real-Time Underwater Wireless Communications
- Securing the Nation from Satellite-Based Cyberattacks
- CRISPR-based engineering of RNAB
- XCopilot: Private Code Generation with Large Language Models
Energy
Geoscience Supplements
- RoutePEARL: Cloud-based Route Management Platform for Optimizing Last-Mile Logistics of Electric Truck and Drone Operations
- Waste Plastic-Based Asphalt Additive: A Solution for Sustainable, Economical, and High-Performance Roads
- Flood Hazards Engineering and Adaptation
- Enhancing Climate Resilience and Diversity in Geosciences at Clemson University
- Revolutionizing Water Level Monitoring with Intelligent River® Technology
- Digital Twin-Driven UAV Ignition: Revolutionizing Prescribed Fire Planning for Safer, Smarter Wildfire Prevention
- Collaborative University Research for Real-world Engagement in New Water Technologies
- Tova Earth; Creating a Global Water Sustainability Tool using Deep Learning Applied to Existing Geophysical Data
- nFast-A nanotechnology approach to developing highly soluble API
- Sequestering CO2 and producing low-carbon concrete using a biomolecule regulated pre-carbonation method
- Micrometeorological Modeling
- Translation of Geoscience Technology to Empower Communities: Indigenous Geocoding in the Arctic
- EcoTrast-GI: a food-based oral contrast agent for radiographic imaging of the gastrointestinal (GI) tract
- From Seed to Seeds Promoting Novel Bioeconomy to Support Restoration of Threatened Plants
- Low Energy, No Chemical, Sustainable Wastewater Recovery and Reuse
- From Hyper to Multi: A Low-Cost, Self-Calibrating Water Quality Imager
- Whitefly Resistant Cotton
- Artificial intelligence approaches for development of novel fungicides
- Enhancing Crop Yield by Decreasing Apical Dominance
- Increasing Translational Marine Science Research Capacity in the First State
Healthcare Innovations
- Music for Listeners with Autism: An Online Platform for Collecting Music Interaction Data from Children with Autism
- Engineering Functional Macrophage Immune Cells for Persistent Phenotype and Survival
- StressDetect: Real-Time Monitoring CHO Cell Stress to Enhance Biopharmaceutical Production
- Simple, Fast and Accurate Standalone Point-of-Care (POC) Micro Biochip for Disease Detection, Monitoring and Diagnosis
- Developing an Intelligent Multi-Modal, IoT-enabled, AI-integrated, Sensor Fusion-based Wearable Device for Improving Human-Robot Interaction
- Nalam Therapeutics; Developing a Proprietary Antibody Nanogel Conjugate (ANC) Platform for the Treatment of Cancer
- HasenTech; Developing a Safe Therapeutic to Dampen Pathological Inflammation in Graft Versus Host Disease
- Using Artificial Intelligence Driven Biostructures to Engineer Pain Therapeutics from Scorpion Venom
- Liposomes for radiation-controlled release of anticancer drugs and immunotherapy agents
- A Vaccine to Prevent Udder Infections in Dairy Cows
- Safe and intelligent chatbots for effective and accessible health communication
- PEAK (Promoting Engagement with ADHD pre-Kindergartners)
- TrialWear: clinical trial care, everywhere.
- Deep Learning and Large Language Models for Personalized Cancer Vaccine Design
- High-efficient inactivation of airborne viruses using a microwave-enabled air filtration system
- Visualize, Measure and Track Skin Abnormalities (ViMeT)
- A novel cyclic peptide therapeutic platform for the treatment of Multiple Sclerosis, and broader autoimmunity
- ESSENCE – A multiplexed POC device for the detection of Zoonotic Diseases
- CidaGel: Injectable Gel for Dental Pulp Regeneration
- A Pre-Transplantation Donor Liver Viability Evaluation System (LVES)
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