Skip to main content
NIH
Forecasted

FOR-NS-25-006

Forecast for NINDS Child Neurologist Career Development Program (CNCDP) (K12 - Clinical Trial Not Allowed)

Summary

AI-generated

NINDS Child Neurologist Career Development Program (CNCDP)

The National Institute of Neurological Disorders and Stroke (NINDS) seeks to expand the pipeline of child neurologists equipped to conduct rigorous research on neurological disorders affecting children. This K12 career development program trains early-career clinician-scientists who leverage their pediatric neurology clinical expertise to advance translational and clinical research in neurodevelopmental and pediatric neurological diseases. The program supports both new and renewal applications and will be housed at the awardee institution while operating as a national initiative overseen by a program director/principal investigator and national advisory committee.

  • Who can apply: Institutions with strong pediatric neurology clinical training and research infrastructure; applicants must understand this is a single national award (only one K12 program will be funded).
  • Funding & project length: Not stated.
  • Award mechanism: K12 (institutional career development program).
  • Key dates: Applications not currently being solicited; this is advance notice for collaboration planning.
  • Best fit for: Academic medical centers in pediatric neurology, child neurology training, and translational neuroscience seeking to develop the next generation of clinician-researchers in pediatric neurological disorders.

Insights (5)

Extremely high-stakes single-award mechanism with national scope

competition

Only one K12 program will be funded nationally, making this a winner-take-all competition rather than a distributed funding opportunity. This means the successful applicant will establish the definitive national training program in pediatric neurology research, but all other applicants—regardless of quality—will be unfunded.

Institutional capacity and national leadership positioning are decisive

strategic fit

Success requires demonstrating not just strong research credentials but institutional infrastructure to house and oversee a national program with advisory committee governance. Applicants should emphasize existing training pipelines, multi-institutional networks, and administrative capacity to manage a distributed cohort of trainees across sites.

K12 mechanism targets established researchers transitioning to mentorship roles

career stage

The K12 activity code supports career development for mid-career investigators, but this CNCDP variant emphasizes program leadership and trainee mentorship rather than individual research development. Applicants should be established child neurologists with demonstrated research productivity and mentoring track records, not early-stage investigators seeking their first independent funding.

National advisory committee and multi-institutional network are structural requirements

collaboration

The program must be overseen by a national advisory committee and support trainees across multiple institutions, not just the host site. Applicants should begin building formal partnerships with other child neurology training programs and identify committed advisory committee members before submission.

Renewal applications compete equally with new applications

eligibility

The NOFO explicitly encourages both new and renewal applications, suggesting the previous CNCDP (RFA-NS-19-040) may be concluding or transitioning. If you are a current CNCDP awardee, renewal is an option, but you will compete directly against new institutional proposals without automatic continuation advantage.

Key Facts

Deadline

Posted

Fri, May 9, 2025

Expected Awards

1

K12
93.853
Grants.gov

Keywords

pediatric neurology
neurological disorders
career development
child neurology research
clinical neurology training
pediatric neurological diseases
child neurologist training
translational neurology
clinical research
neurodevelopmental disorders

Research Areas

NIH Institute
Neurological Disorders & StrokeNINDS
OpenAlex
Life SciencesD1Health SciencesD4
Fields
MedicineF27NeuroscienceF28
Subfields
NeurologyS2728Pediatrics & Child HealthS2735Cellular & Molecular NeuroscienceS2804Developmental NeuroscienceS2806
Topics
Neuroscience and Neuropharmacology ResearchT10077Neurological disorders and treatmentsT10919Neuroinflammation and Neurodegeneration MechanismsT11266Autoimmune Neurological Disorders and TreatmentsT11627Hereditary Neurological DisordersT12331Pharmaceutical studies and practicesT12547Fetal and Pediatric Neurological DisordersT12552Anesthesia and Neurotoxicity ResearchT12963+2 more
MeSH
AnatomyA
DiseasesC
Nervous System DiseasesC10
Analytical/Diagnostic/Therapeutic TechniquesE
DiagnosisE01TherapeuticsE02
Disciplines & OccupationsH
Natural Science DisciplinesH01Health OccupationsH02
Health CareN
Health Care ServicesN02Health Care EconomicsN03Health Services AdministrationN04
ANZSRC FoR
Biomedical & Clinical Sciences32
Neurosciences3209Paediatrics3213
Education39
Specialist Studies in Education3904
Health Sciences42
Public Health4206

Gotchas (2)

Soft Block
planningbudget amount caps

Only one national K12 program will be funded; applicants must understand this is a single-award competition, not a distributed funding mechanism

AI

95%

Source Text

A maximum of one national K12 program will be supported.

Warning
discoverymeta ambiguity

The new NOFO will be based on but not identical to the previous RFA-NS-19-040; applicants relying on prior guidance may miss new or modified requirements

AI

85%

Source Text

For planning purposes, the general structure of the program will remain the same as described in the previous NOFO (RFA-NS-19-040; note that whereas the new NOFO will be closely based on the previous NOFO, it will not be identical).

AI-generated content — verify with the issuing agency’s official FOA/NOFO. Not endorsed by HHS.

© 2026 Biostochastics, Seattle WA · Contact · Terms · About