Initiative: Brain Behavior Quantification and Synchronization- Next Generation Sensor Technology Development (U01 Clinical Trial Optional)
Can you apply?
This grant is for research institutions, universities, and qualified research organizations seeking to develop next-generation sensor technology for measuring brain behavior and neural activity. Applicants must be eligible NIH awardees, typically including accredited U.S. institutions (academic medical centers, research universities, independent research institutes) and international organizations under specific conditions. The program supports innovative technology development focused on quantifying and synchronizing brain signals using novel sensor approaches. Funded activities include feasibility studies, prototype development, validation studies, and optional clinical trial components. Geographic scope is primarily U.S.-based institutions, though international collaborations are permitted with proper justification. The program encourages high-risk, high-reward research that advances neurotechnology capabilities for understanding brain-behavior relationships.
This grant is for research institutions, universities, and qualified research organizations seeking to develop next-generation sensor technology for measuring brain behavior and neural activity. Applicants must be eligible NIH awardees, typically including accredited U.S. institutions (academic medical centers, research universities, independent research institutes) and international organizations under specific conditions. The program supports innovative technology development focused on quantifying and synchronizing brain signals using novel sensor approaches. Funded activities include feasibility studies, prototype development, validation studies, and optional clinical trial components. Geographic scope is primarily U.S.-based institutions, though international collaborations are permitted with proper justification. The program encourages high-risk, high-reward research that advances neurotechnology capabilities for understanding brain-behavior relationships.
Program description
This NOFO solicits applications for next generation sensor and bioelectronic device development that will synchronize with brain recordings. The sensor and neural recording data will be used to generate new computational models of behavior in human and animal models. There has been a lack of quantitative approaches and models to understand the complexity of human and animal behavior in naturalistic settings. This NOFO focuses on the development of next generation sensors to acquire data and synchronize it with simultaneous brain recordings to build computational models.
Who can apply
Eligible applicants
- 501(c)(3) Public Charity
- City / Municipal Government
- County Government
- Nonprofits
- Private University
- Public Authority
- Public K-12 School
- Public University
- Small Business (SBA-defined)
- Special District
- State Government
- Tribal Nation
- Tribal Organization
Details
This grant is for research institutions, universities, and qualified research organizations seeking to develop next-generation sensor technology for measuring brain behavior and neural activity. Applicants must be eligible NIH awardees, typically including accredited U.S. institutions (academic medical centers, research universities, independent research institutes) and international organizations under specific conditions. The program supports innovative technology development focused on quantifying and synchronizing brain signals using novel sensor approaches. Funded activities include feasibility studies, prototype development, validation studies, and optional clinical trial components. Geographic scope is primarily U.S.-based institutions, though international collaborations are permitted with proper justification. The program encourages high-risk, high-reward research that advances neurotechnology capabilities for understanding brain-behavior relationships.
How to apply
Application links
Required documents
- SF-424 (R&R) Application for Federal Assistance
- Project Narrative (typically 12-15 pages of scientific detail)
- Specific Aims (1-2 pages describing technology goals and validation milestones)
- Research Strategy (covering innovation, significance, and approach)
- Preliminary Data/Results section showing proof-of-concept
- Bibliography and References Cited
- Biographical Sketches for all key personnel (4-5 pages each, NIH format)
- Budget and Budget Justification (including salary, equipment, supplies, travel)
- Institutional Letter of Support and commitment
- Letters of Collaboration from partner institutions or clinical sites (if applicable)
- Facilities and Resources description
- Equipment and Instrumentation descriptions for major purchases
Program contact
- 👤 National Institutes of Health
- 📧 grantsinfo@nih.gov
- 📞 301-402-2541
Funding track record
Recent awards under CFDA 93.286 from the last 3 years — real organizations that won funding through this same program.
Top 10 Largest Recent Awards
-
$92,619,798
-
$52,089,479
-
$49,303,120
-
$30,836,373
-
$21,139,516
-
$20,828,185
-
$18,841,297
-
$18,715,734
-
$18,062,337
-
$16,804,966
Top States by Funding
- MA 16 awards $154.3M
- CA 16 awards $148.0M
- GA 2 awards $102.0M
- MD 7 awards $77.2M
- NY 5 awards $53.5M
Source: USAspending.gov — federal spending transparency. Data covers last 3 years.
Funding history
Annual funding for this program — Federal obligations (CFDA 93.286). How funding has trended year over year.
| 2024 | $372,638,570 | |
| 2025 | $375,813,652 | |
| 2026 est. | $14,223,045 |
FAQ
Who is eligible to apply for this BRAIN Initiative grant?
Eligible applicants include research universities, academic medical centers, independent research institutes, and other NIH-recognized research organizations. Investigators must have appropriate research credentials and institutional support. International organizations may apply under specific NIH conditions.
What is the application deadline?
The fixed deadline is June 15, 2027, with applications opening October 23, 2024. Applicants should submit well before the deadline through eRA Commons/ASSIST system.
What types of research and activities does this grant support?
This program funds development of next-generation sensor technologies for measuring brain activity and behavior. Supported activities include technology design, prototype development, validation studies, and optional clinical trials to demonstrate feasibility and effectiveness.
How competitive is this grant?
BRAIN Initiative grants are highly competitive. Success requires innovative technology concepts with clear scientific rationale, preliminary data demonstrating feasibility, and experienced research teams. Fundability typically requires strong preliminary results and realistic timelines.
What is the typical funding range?
U01 mechanisms typically provide $400,000-$600,000 annually for 3-5 years, though actual amounts vary. Review NIH Notice of Funding Opportunity (NOFO) for specific budget limits and project period guidance.
💡 Tips for applicants
- Start with strong preliminary data: Successful applications demonstrate proof-of-concept for the sensor technology through published research, prototypes, or pilot testing. Reviewers expect evidence that the approach is technically feasible and meaningful for neuroscience.
- Clearly define the innovation: Articulate what makes your sensor technology novel compared to existing approaches. Focus on specific advantages (sensitivity, temporal resolution, portability, cost-effectiveness) and explain why current tools are inadequate.
- Engage clinical or translational partners early: Even if your core focus is technology development, preliminary engagement with potential end-users (clinicians, neuroscientists, patients) strengthens competitiveness and demonstrates real-world relevance.
- Build a multidisciplinary team: The strongest applications bring together engineers, neuroscientists, and clinicians. Show clear roles, complementary expertise, and realistic timelines for technology maturation and validation.
- Plan for sustainability and dissemination: Describe how the technology will be made available to the research community (open-source code, device commercialization, training programs) and how your team will support adoption by other investigators.
⚠️ Common mistakes
Many applications underestimate the engineering and validation timeline required to move from prototype to field-ready sensor technology, resulting in unrealistic project schedules. Weak applications lack sufficient preliminary data—reviewers need evidence that the core technological approach actually works, not just a theoretical concept. Applicants often fail to clearly articulate why their sensor technology is superior to existing tools, making it difficult for reviewers to understand the scientific innovation and impact.
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