NASA's FIRST Robotics Competition Grant Awards

Grades

High school students (typically grades 9-12, teams must be school-based or community organizations)

Age

No specific age restriction, but participants are typically 14-18 years old

Citizenship

Teams must be registered with FIRST; US-based teams and some international teams eligible

Prerequisites

Team must be registered as an official FRC team; team must have applied for NASA sponsorship grant; team must comply with FIRST rules and code of conduct

Steps

1. Form or join an existing FIRST Robotics Competition team at your school/community
2. Register team with FIRST (firstinspires.org)
3. Complete NASA FRC Sponsorship Application through robotics.nasa.gov
4. Submit required documentation including team plan, budget, and impact statement
5. Wait for NASA review and selection announcement
6. If selected, receive grant funding and compete in FRC competition

Materials Needed

• Completed NASA FRC grant application form
• Team information and background
• Detailed budget proposal
• Statement of team goals and impact
• Team mentorship/leadership information
• Evidence of community/school support
• FIRST team registration confirmation

Timeline

Applications typically open in summer/early fall for competition season starting in January. Grant announcements usually occur in late fall/early winter. Start preparation 3-6 months before deadline.

Cost

No application fee for NASA grant; however, FRC team participation costs typically $5,000-$15,000+ per season (registration, parts, travel) - the NASA grant helps offset these costs

What Judges Look For

• Team's commitment to STEM education and mentorship
• Community impact and outreach efforts
• Financial need and budget justification
• Team leadership and structure
• Demonstrated ability to execute competition participation
• Plans for student development and learning outcomes
• Sustainability and long-term vision for program
• Innovation in approach to robotics problem-solving
• Diversity and inclusion initiatives

Scoring

Not publicly detailed, but typically evaluated on: team viability (30%), community impact (25%), budget need (25%), educational value (20%)

Common Mistakes

• Underestimating actual costs needed for competition
• Vague mission statements without specific goals
• Lack of detailed mentorship plans
• Poor documentation of past achievements or experience
• Failing to demonstrate community support
• Submitting incomplete applications
• Not tailoring application to NASA's mission focus on science/space education
• Weak explanation of how grant will directly impact student learning

Acceptance Rate

Estimated 40-60% of applicants receive awards (highly competitive but not extremely selective)

Applicants

Typically 200-400+ FRC teams apply annually for NASA grants

Winners / Selected

Approximately 100-150 teams selected annually (varies by year and funding)

• Apply early and thoroughly - incomplete applications are often rejected
• Emphasize NASA connection: tie robotics to space exploration, engineering, or STEM workforce development
• Show clear budget breakdown with specific line items (parts, registration, travel, tools)
• Highlight student demographics: first-generation students, underrepresented groups in STEM strengthen application
• Document community outreach: FRC teams that mentor younger robotics programs stand out
• Get letters of support from school administration, mentors, and community partners
• Demonstrate team sustainability: show how team will continue beyond one season
• Include specific student learning outcomes and how FRC achieves them
• Mention other funding sources and explain why NASA grant is critical
• For new teams: show strong mentor backing and school commitment
• Showcase past accomplishments if returning team (awards, championships, outreach)
• Be specific about innovation: what makes your team's approach unique?
• Include diversity statements if team has strong representation from underrepresented groups
• Connect to NASA's current missions and focus areas (space exploration, STEM education)

How to Prepare

• Join or form an FRC team (deadline-dependent on your school/community)
• Research FIRST mission and values thoroughly
• Study past NASA grant awards to understand selection patterns
• Develop detailed 1-2 year strategic plan for team
• Create comprehensive budget with justifications
• Document all team activities and student learning outcomes
• Establish community partnerships and outreach programs
• Build mentorship pipeline (experienced students training new ones)
• Gather letters of support from stakeholders
• Draft compelling team narrative explaining impact and goals
• Research FRC competition rules and requirements
• Attend FRC kickoff and practice writing competition strategy

Resources

• firstinspires.org - Official FIRST website with competition rules and resources
• robotics.nasa.gov - NASA grant application portal and guidelines
• Chief Delphi (chiefdelphi.com) - FRC community forum with strategy discussion
• YouTube channels: FIRST Robotics Competition official, individual FRC team channels
• FIRST Robotics Kickoff (held annually) - describes competition challenge
• Team whitepapers and technical documentation from past winners
• FRC Budget Planning tools and spreadsheet templates
• Local FRC mentors and established teams for guidance
• STEM outreach program models and documentation examples
• Business/grant writing guides adapted for robotics context

Time Needed

2-6 months to prepare strong application; ongoing year-round commitment to team building and activities

Successful award recipients typically: have established team infrastructure with dedicated mentors, demonstrate consistent community engagement and outreach (especially to younger students), show strong student retention year-to-year, clearly articulate educational mission beyond just competition winning, represent schools/communities with significant need for STEM resources, have board/administrative support, showcase diversity in membership, provide evidence of competitive performance and technical capability, articulate clear use of funds in proposal, and connect their work to broader NASA mission goals

Very positive for college admissions. FRC participation demonstrates: STEM aptitude, project management and leadership skills, collaboration abilities, problem-solving under constraints, and commitment to long-term goals. Top-tier universities (MIT, Carnegie Mellon, Georgia Tech, Stanford, etc.) actively recruit FRC participants. Receiving a NASA grant adds prestige and shows external validation of team quality. College essays about robotics competition are compelling narratives. FRC participation is particularly valued by engineering and STEM programs. Note: this is a team award, not individual recognition, but students can highlight their specific roles (team lead, mechanical engineer, programmer, etc.) in applications.

• Congressional App Challenge — Tier 3, competition
• ARML (American Regions Mathematics League) — Tier 3, competition
• AMC (American Mathematics Competitions) — Tier 3, competition
• National Science Bowl — Tier 3, competition
• Science Olympiad — Tier 3, competition