Presenter: Tony Beck, Health Scientist Administrator, National Institutes of Health / Office of Science Education
NIH programs that use the SBIR/STTR and the R25 Research Education mechanisms to support the development of serious games in NIH-funded areas of basic and clinical research.
17. Serious STEM Games for Pre-College and
Informal Science Education Audiences (SBIR)
(R43/R44), PAR-14-325
http://grants.nih.gov/grants/guide/pa-files/PAR-14-325.html
Serious STEM Games for Pre-College and
Informal Science Education Audiences (STTR)
(R41/R42) PAR-14-326
http://grants.nih.gov/grants/guide/pa-files/PAR-14-326.html
Next receipt date: May 12, 2016
18. PHS 2015-02 Omnibus Solicitation of the NIH,
CDC, FDA and ACF for Small Business
Innovation Research Grant Applications (Parent
SBIR [R43/R44])
http://grants.nih.gov/grants/guide/pa-files/PA-15-269.html
• Web-based, stand-alone computational tools, instructional software or
other interactive media for dissemination of science education
• Serious STEM Games
• Pre-K To Grade 12 curriculum and other educational materials,
Interactive teaching aids, models for classroom instruction, and
teacher education resources
• Health promotion, disease prevention/intervention and public health
literacy materials such as informational videos and/or print materials
and programs which re culturally appropriate for populations and
special communities.
Receipt dates: September 5, January 5, April 5
21. Science Education Partnership Award
(SEPA)
R25 Research Science Education Mechanism
Pre-K to Grade 12
Workforce Diversity
Public Health Literacy
22. NIH Science Education Partnership Award (SEPA)
(R25), PAR-14-228
http://grants.nih.gov/grants/guide/pa-files/PAR-14-228.html
• Award: 5 Years, $1.3M
• Topic: Biomedical - any NIH Research Area
• Grades: Pre-K to Grade 12
Resources for students and teachers
Informal Science Education (ISE) projects for Public
Health Literacy
Develop and evaluate STEM products for subsequent
SBIR/STTR commercialization
NIH Pre-College STEM FOA
32. THE NIH REVIEW
PROCESS – THE SRO
Quick scan to categorize general topic
Detailed review to identify:
Key science
Research Design and Methods
Identify and recruit chair
Set meeting date
Identify and recruit review panel
Receipt and
Referral
34. THE NIH REVIEW
PROCESS – THE REVIEWER
Reviewer selection criteria
Outstanding research as evidenced
by publications
Senior or respected scientist
NIH, peer-reviewed funding (R01s,
K-awards, P-awards)
Committee Service History
Availability
Scientific
Review
Group
(SRG)
37. THE NIH REVIEW
PROCESS – YOUR AUDIENCE
The reviewer’s thoughts
Is there a need?
Are the applicants qualified?
Is the plan organized?
Will the evaluation show effectiveness?
Can it be done with the time and money
requested?
Will there be a deliverable?
43. Significance of model
Adherence to FOA goals and scope
Educational goals for target audience(s)
Biomedical connection
Relevance and potential for
commercialization
Program Design and Evaluation
Quality and feasibility to achieve goals
Merit of evaluation plan
THE NIH REVIEW
PROCESS – REVIEW CRITERIA
47. THE NIH REVIEW
PROCESS – REVIEW CRITERIA
Inclusion of Women, Minorities and Children
Level Playing Field
Participants representative of local
demographics
Proposed Inclusion/Enrollment Table
50. Use plain, simple language, short
words and brief sentences. That is the
way to write English - it is the modern
way and the best way. Stick to it; don't
let fluff and flowers and verbosity
creep in.
51. Use plain, simple language, short
words and brief sentences. That is the
way to write English - it is the modern
way and the best way. Stick to it; don't
let fluff and flowers and verbosity
creep in.
- Mark Twain
63. Science Education Partnership Award
(SEPA)
R25 Research Science Education Mechanism
Pre-K to Grade 12
Workforce Diversity
Public Health Literacy