Sample Grant Language for a Turnabot Robotics Program
Below is polished, ready-to-copy sample language you can adapt for STEM, CTE, innovation, or classroom grant applications.
Program Overview
Our school is seeking funding to implement a hands-on combat robotics program using Turnabot educational kits. This program provides students with authentic engineering experiences by engaging them in designing, building, testing, and competing with small-scale, non-destructive combat robots. Students will develop critical STEM skills while participating in an exciting, high-engagement learning environment that promotes creativity, collaboration, and problem-solving.
Statement of Need
Students benefit most from learning experiences that are active, applied, and collaborative. Many of our students lack access to hands-on engineering opportunities that connect classroom concepts to real-world applications. A robotics program will increase student engagement in STEM, support career exploration in engineering and skilled trades, and provide an inclusive platform where diverse learners can succeed through design thinking and teamwork.
Program Description
Through the Turnabot program, students will:
Learn foundational engineering concepts including mechanical design, electrical systems, and structural integrity
Develop problem-solving and iterative design skills
Practice safe tool usage and (if applicable) soldering and assembly techniques
Strengthen collaboration, communication, and project management skills
Participate in structured competitions that reinforce resilience and sportsmanship
The program can be implemented during the school day, in after-school clubs, summer camps, or Career & Technical Education pathways.
Educational Impact
This program aligns with STEM and CTE standards by promoting:
Engineering design process mastery
Applied mathematics and physics concepts
Workforce-ready technical skills
Creativity and innovation
Confidence in hands-on problem solving
Combat robotics uniquely motivates students because the robots are fast, powerful, and performance-driven, creating a highly engaging learning experience that encourages persistence and iteration.
Measurable Outcomes
Success will be measured through:
Student participation rates
Completion of functional robot builds
Demonstrated understanding of engineering principles
Student reflection and design documentation
Sample Grant Language - (CTE-Aligned) Version
Building blocks system
Our district is seeking funding to implement a hands-on combat robotics program using Turnabot educational kits as part of our Career and Technical Education (CTE) pathway. This program provides students with applied learning experiences in engineering, manufacturing, and technology by engaging them in the design, construction, testing, and refinement of small-scale combat robots. The program supports development of technical and employability skills aligned with high-skill, high-wage, and in-demand STEM careers.
Alignment to Goals
The proposed robotics program directly supports Perkins V priorities by:
Expanding access to high-quality CTE programs
Strengthening career exploration in STEM and advanced manufacturing fields
Integrating academic and technical skill development
Providing hands-on, work-based learning experiences
Building employability skills including teamwork, communication, and problem solving
Students will engage in authentic engineering design challenges that mirror real-world product development cycles, including prototyping, testing, iteration, troubleshooting, and performance analysis.
Technical Skill Development
Through participation in this program, students will develop competencies in:
Mechanical systems and structural design
Electrical systems and wiring (including soldering where appropriate)
Tool safety and technical assembly
CAD modeling and design modification (at advanced levels)
Systems thinking and iterative engineering design
These skills align with career pathways in engineering, robotics, manufacturing, industrial technology, and skilled trades.
Career Readiness & Employability Skills
In addition to technical competencies, students will strengthen:
Collaboration and project management
Technical documentation and design reflection
Critical thinking and problem solving
Adaptability and resilience through iterative testing
Professional communication during competitions and demonstrations
The competitive robotics format provides a structured, performance-based assessment model that reinforces accountability, precision, and continuous improvement.