The CIST Funding Opportunities page is linked through the College website's Research tab and is managed by the Office of Proposal Development. It currently lists previous MavOps. It will also list a repository of Continuous or Annual common RFPs for CIST faculty.
Internal Application Process for FY27 NU Collaboration Initiative
Budget Request Submission Email Deanna Marcelino at deannamarcelino@unomaha.edu by December 12, 2025 to request budget development assistance.
NuRamp Application Enter budget details and upload a budget justification (PDF) in the NuRamp online application.
Key Dates ORCA closed: Dec 24, 2025 – Jan 2, 2026. Submit application in NuRamp by Jan 14, 2026. Routing signatures completed by Jan 23, 2026.
ORCA Contacts for Questions Sara A. Myers, Ph.D. – Associate Vice Chancellor for Research and Creative Activity Deanna Marcelino – Project Manager, ORCA
Proposal deadlines: vary by topic; most on December 4, 11, or 18, 2025
AFRI–FAS supports research, education, and extension projects across six major food/ag priority areas. CIST-aligned topics include data science/AI for ag systems (DSFAS), cyber-physical systems/IoT and engineering for precision crop & water management, nanotechnology for sensors, and modeling/analytics supporting bioenergy, water, and supply chains.
Focus Areas Aligned to CIST
CS: AI/ML, data science, robotics, sensing, CPS/IoT, modeling & simulation for food/ag, water, or environmental systems.
ISQA: Decision-support, optimization, analytics for ag supply chains, risk, markets, and resource management.
Si2: Cybersecurity of ag/food CPS, informatics/data platforms for ag, and tech innovation in rural/ag communities.
Award summary:
Program-level range: ~$10,000–$10,000,000
Most up to 5 years (exact caps vary by program)
NCHRP National Cooperative Highway Research Program (NCHRP) 23-50
This NCHRP project will fund a research team to develop a practical guide for state DOTs on how to use AI (including ML and GenAI/RAG) to detect, correct, and prevent transportation data quality issues. The work includes developing and testing AI methods on real transportation datasets and producing actionable guidance for DOT data management and governance.
Focus Areas Aligned to CIST
AI/ML and GenAI/RAG for data quality assessment, rule discovery, anomaly detection, and automated correction.
Data management, governance, and analytics for large, heterogeneous transportation/business data systems.
Human-in-the-loop workflows and performance metrics (accuracy, precision/recall, efficiency) for AI-driven data quality tools.CS: AI/ML, data science, robotics, sensing, CPS/IoT, modeling & simulation for food/ag, water, or environmental systems.
Award summary:
Total funds: $450,000 (fixed-price research contract; one project will be selected)
Project duration: 24 months (shorter if feasible)
DHHS/NIH ARPA-H -- three calls (Collaborations/Teams expected)
Deadlines: Solution Summaries: January 26, 2026; Full Proposals: March 30, 2026
AIR aims to developautonomous robotic systems that can perform life-saving interventions (starting with stroke thrombectomy) and tiny “microbot” platforms for less invasive procedures, expanding access to advanced surgical care.
Focus Areas Aligned to CIST
Robotics and autonomous systems, real-time control, computer vision, and AI/ML for surgical planning or guidance.
Cyber-physical systems, safety-critical software, HCI for clinical interfaces, and secure networking of robotic systems.
Deadlines: Solution Summaries: January 26, 2026; Full Proposals: March 30, 2026
GIVE seeks to build a distributed, automated biomanufacturing network for RNA-based genetic medicines, with plug-and-play manufacturing units and integrated quality-control platforms to enable personalized and individualized therapies across many sites.
Focus Areas Aligned to CIST
Automation software, AI/ML and optimization for process control and quality prediction in biomanufacturing.
Cyber-physical manufacturing systems, digital twins, secure cloud/edge architectures, and health/biomedical informatics platforms.
Deadlines: Solution Summaries: December 19, 2025; Full Proposals: February 27, 2026
MOCS aims to make U.S. childbirth dramatically safer by developing new diagnostics, noninvasive wireless sensors, and AI/ML-backed tools to monitor fetal oxygen status and guide decision-making during labor and delivery.
Focus Areas Aligned to CIST
Sensing systems, AI/ML models, risk scoring, and decision-support for real-time clinical monitoring.
HCI, UX, and data platforms for obstetrics teams; secure, privacy-preserving data systems for maternal/fetal monitoring..
Award summary:
Multiple awards; OT agreements with varying budgets and periods of performance (details in solicitation)
Internal/NU Funding Opportunities (reminders)
UNO ORCA
Proposal deadline: Rolling while funds available. Submissions opened September 15, 2025
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