Get in touch with us at info@new.com
For Principals, Churches, School District, etc.
Problems We Solve
📌 Students On Screen vs. Socially-Verbally-Communicating
Students stay on a screen to avoid speaking and avoid socializing.
Our programs give confidence in their communication skills through using team-problem-solving with the engineering process.
📌 Low Student Engagement in Core Subjects
Students sometimes dislike reading, writing, and math.
They use these in order to make their robots score points and to communicate with their teammates.
📌 Behavior & Motivation Challenges
Bored students act out.
Robots & Coding creates excitement, focus, and purpose—reducing behavior issues and increasing attendance.
📌 Lack of Real-World STEM Exposure
Many students never experience engineering, robotics, or coding until high school or college.
Our program brings industry-level tools directly into the school.
📌 Teachers Lacking STEM Training
Most teachers do not have robotics or coding experience.
We train teachers while we teach students, building internal school capacity.
📌 Difficulty Supporting 21st-Century Skills
Critical thinking, collaboration, communication, and tech literacy are required by state standards but hard to teach.
Robots & Coding builds these skills naturally through teamwork and engineering cycles.
📌 Title I & Grant Funding Requirements
Schools need programs that are “evidence-aligned,” “STEM-focused,” and “career-connected.”
Our tiers fit perfectly into grant proposals and school improvement plans.
Services & Tiered Pricing
⭐ $150/hour : Robot Competition Popup Showcase
A fun, high-energy robotics demonstration brought directly to the school.
⭐ $1,000 : STEM Workshops & Panels
Hands-on robotics or coding workshops and STEM career conversations with engineers and tech professionals.
⭐ $2,650 : Full Day STEM Impact Experience
A full-day, on-campus robots and coding immersion for an entire grade level or school.
⭐ $5,000 : Multi-Session Short Program
A 3–5 session robots and coding series that introduces engineering, teamwork, and problem-solving.
⭐ $28,875 : 6-Week Robots & Coding Accelerator
Includes permanent installation of $12,000 in robotics equipment and a 6-week structured learning program.
⭐ $67,500 : Full-Year Robots & Coding Academy + Competition Team Option
Weekly robots and coding instruction for ~21 students + 3 teachers, including competition prep, academic integration, and permanent lab setup.
On-Site or In-Facility Delivery Options
Schools can choose:
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We come to your school, OR
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You send a bus of students and teachers to our ckingknowledge Institute.
Why ckingknowledge Institute?
Representation That Matters
Our programs are taught by professional engineers who reflect the community of Southfield, Michigan. Many of our instructors are African-American engineers who share similar cultural backgrounds and lived experiences with the youth we serve. Students see real-world role models who look like them, come from their community, and show what’s possible in STEM.
Experts Across Engineering Disciplines
Our teaching team includes a powerful mix of industry professionals:
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Electrical Engineers
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Software & Computer Engineers
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Mechanical Engineers
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Robotics & Automation Specialists
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Civil & Industrial Engineers
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AI, Data, & Emerging Tech Professionals
Students don’t just learn concepts—they learn directly from experts who use these skills every day.
Entrepreneurs & Executives as Mentors
Beyond engineering, students gain access to entrepreneurs, tech founders, and business executives who bring real-world leadership, strategy, and innovation experience. We prepare students not only to code or build—but to think like builders and leaders.
Hands-On, Project-Based Learning
We use an approach that blends creativity, competition, teamwork, and problem-solving. Students build actual robots, apps, circuits, or prototypes—not worksheets.
Career & College Exposure
We bring in guest speakers, alumni, and professionals to open pathways into engineering, business, and tech. Students learn what careers exist, what they pay, and how to get there.
Culturally Responsive Teaching
Families trust our approach because students leave with:
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Higher confidence in STEM
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Stronger problem-solving skills
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A portfolio of real projects
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Early career clarity and inspiration
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A sense of belonging in engineering and tech fields
A Mission That Puts Youth First
We believe every student deserves access to high-level STEM education, high-expectation mentorship, and opportunities designed specifically for their growth.
Why Principals Say YES?
1. It Improves Reading, Writing, and Math—Fast
Students must read instructions, write engineering notebooks, and use math to make their robots score points.
This creates instant academic buy-in and improves core subject performance.
2. It Solves the “Engagement Problem”
Robots & Coding turns learning into an intellectual sport.
Even students who struggle in traditional classes become focused, motivated, and excited to learn.
3. It Brings Real STEM Education Into the Building
Most schools want robotics but lack equipment or trained staff.
We install a complete, professional robotics lab in an empty classroom—large, secure, and permanent.
4. It Builds Teacher Capacity (Without Adding Work)
Teachers learn side-by-side with students.
We handle instruction, preparation, and equipment management—while teachers gain STEM confidence and skills.
5. It Fits Into the School Day
No after-school complications.
Principals choose:
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We come to the school, or
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Students come to our ckingknowledge Institute by bus
Both models fit directly into the instructional schedule.
6. It Supports School Improvement Goals
The program strengthens:
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Attendance
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Behavior
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Academic performance
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College & career readiness
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STEM culture
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Project-based learning
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Critical thinking and teamwork
These are all priority areas in school improvement plans and Title I documentation.
7. It Gives Schools High-Visibility Wins
Events like the Robotics Competition Pop-Up Showcase and the Full-Day STEM Experience create moments that impress:
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Parents
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District leadership
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School boards
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Community partners
Principals appreciate programs that make their school look strong and innovative.
8. It Provides a Clear, Scalable Structure
Principals can start small and grow:
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$150 Showcase
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$1,000 Workshops
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$2,650 Full-Day Experience
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$5,000 Multi-Session Program
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$28,875 Six-Week Accelerator (equipment included)
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$67,500 Full-Year Academy
Each step builds toward long-term schoolwide STEM capacity.
9. It Delivers Permanent Value
With the 6-week or full-year program, the school keeps $12,000 of robotics equipment permanently—creating a lasting STEM asset in the building.
10. It Turns STEM Into Opportunity
Students gain early exposure to:
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Engineering
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Coding
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Robotics
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Technology careers
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Real-world problem solving
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Professional STEM mentors
This is the pipeline principals want for their students.
Details of Services & F.A.Q.
(Frequently Asked Questions)
⭐ $150/hour : Tier 1 — Robot Competition Popup Showcase
A fun, high-energy robotics demonstration brought directly to the school.
What You Get:
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Live robot demonstrations
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Students try driving or coding robots
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Hands-on “quick challenges”
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Music, energy, excitement
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Photo opportunities for parents & newsletters
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At school assemblies, gym, cafeteria, or library
Why Principals Buy This Tier:
✔ Low cost
✔ High excitement
✔ Gives them something impressive for their school
✔ Safe for their budget
✔ Easy for them to approve
⭐ $1,000 : Tier 2 — STEM Workshops & Panels
Hands-on robotics or coding workshops and STEM career conversations with engineers and tech professionals.
Half-day or 2–3 hour learning experiences:
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STEM career panel
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Robotics challenge workshop
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Mini coding or engineering competition
Builds credibility and rapport with teachers.
What You Get for $1,000:
Choose one of the following options.
Option A: Robotics & Coding Workshop
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90-minute structured robotics build + coding session
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1–3 classes rotate through
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Includes engineering notebooks
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Includes reading, math, and documentation activities
Option B: Career Panel & Fireside Chat
A professional “real-world engineering” experience featuring:
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4–6 engineers or tech professionals
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A hosted Q&A
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A student career worksheet
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STEM career pathways guide
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Hands-on tech demo afterward
Option C: Mini Robotics Competition
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Simple classroom-sized game field
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Students score points using math, measurement, & logic
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Great for school photos, PR, and parent communication
Why Principals Buy This Tier:
✔ Bigger impact
✔ Ties to academics
✔ Shows value beyond entertainment
✔ Helps build trust
⭐ $2,650 : Tier 3 — Full Day STEM Impact Experience
A full-day, on-campus robots & coding immersion for an entire grade level or school.
Includes:
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5–6 hours on campus
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Robotics stations
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Coding stations
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Engineering teamwork challenges
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Live mini-showgrounds
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Schoolwide visibility
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Photo + video content
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Teacher engagement and shadowing
Perfect for:
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Title I schools
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Grant-funded initiatives
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Principals wanting a strong STEM “win” immediately
What You Get for $2,650:
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Half-day or full-day robots & coding rotations
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Up to 150–300 students served in blocks
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Academic integration activities
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Engineering notebook documentation
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Reading comprehension challenges
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Math scoring challenges
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Mini-competition
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Guest speaker or engineer panel included
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Teachers receive a STEM mini PD session
Why Principals Buy This Tier:
✔ Schoolwide visibility
✔ District-level approval
✔ Supports academic goals
✔ Involves staff + students
✔ Easier to fund via Title IV, Title I, ESSER, 21st CCLC
FAQ
Q: How many students can participate in a full-day experience?
A: Up to 150 students can rotate through sessions depending on the school’s schedule.
Q: Do you need a gym, cafeteria, or large space?
A: No. We can run the entire experience inside one large room (gym, media center, cafeteria, or multipurpose room).
Q: Do teachers need to help run activities?
A: Teachers are welcome to assist, but our team runs the full day. Teachers can shadow to learn the process.
Q: Does the school need any robotics equipment for the option Full Day STEM Impact Experience?
A: No. We bring everything.
Q: Does the Full Day Experience disrupt the school schedule?
A: No. We adapt to your schedule—pull-out model, grade-level rotations, or enrichment blocks.
⭐ $5,000 : Tier 4 — Multi-Session Short Program
A 3–5 session robotics and coding series that introduces engineering, teamwork, and problem-solving. 3–5 sessions across several days or weeks. Students begin learning engineering process and robotics fundamentals.
What You Get for $5,000:
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4–6 weeks of Robots & Coding classes at the school
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OR 4–6 bus trips to our facility
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Instruction delivered by our team
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Full robotics curriculum
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Weekly engineering notebook writing
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Math-in-action competition tasks
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Reading comprehension robotics challenges
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Teacher shadowing + coaching
Why Principals Buy This Tier:
✔ Real academic growth
✔ Real student skill development
✔ Prepares them to commit to the full-year program
✔ Gives teachers confidence
✔ Gives administrators data & proof
FAQ
Q: How many sessions are included?
A: 3–5 sessions delivered across multiple days or weeks.
Q: What is the learning focus?
A: Students learn:
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Coding fundamentals
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Robot movement + scoring strategy
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Teamwork and problem-solving
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Introduction to engineering documentation
Q: Will students build robots?
A: Yes. Students assemble and code robots during sessions using our provided equipment.
Q: What if our school has limited classroom space?
A: We can use any open classroom or lab space. Setup takes place once and the equipment stays in the room until program end.
Q: Is Tier 4 enough preparation for competitions or a full-year program?
A: It provides the foundation, but Tier 5 or 6 is needed for full competition preparedness.
⭐ $28,875 : Tier 5 — 6-Week Robots & Coding Accelerator
Includes installation of $12,000 one-time robotics equipment package (school keeps it permanently) and a $16,875 6-week structured learning program.
Perfect for schools that want:
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A powerful short program
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Permanent robotics equipment
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Evidence before committing to a yearlong program
What You Get for $28,875:
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4–6 weeks
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A full-year Robotics & Coding Academy delivered on-site
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Weekly hands-on classes taught by professional engineers and entrepreneurs
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A multi-discipline engineering curriculum (mechanical, electrical, software, innovation)
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All robot kits, coding equipment, laptops/tablets (if applicable) included
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Classroom management, setup, prep, and teardown handled by our staff
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Student project portfolios for academic and career development
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Teacher collaboration + optional STEM PD
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Family STEM Nights, in-school demos, or showcases
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Inclusive program that ensures students—especially underrepresented groups—learn from engineers who look like them and understand their culture
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The school gets a complete turnkey STEM program with no additional work required
Why Principals Buy This Tier:
✔ Provides a fully staffed STEM program without using teacher instructional time
✔ Strengthens core academics with math, problem-solving, and collaboration skills
✔ Helps principals meet equity, innovation, and engagement goals
✔ Creates high visibility through student projects, school showcases, and engineering events
✔ Strong alignment with Title I, IX, IV, and enrichment funding pathways
✔ Positions the school as a STEM-forward, future-ready campus
✔ Simple, reliable, and proven—principals trust it because it works
FAQ
Q: Do we own the robotics equipment?
A: Yes. The $12,000 equipment package is a one-time cost and the school keeps all equipment permanently.
Q: What equipment is installed?
A: The full robotics teaching environment, including:
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Competition field
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Robot kits
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Charging units
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Storage units
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Engineering lab materials
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Robots & Coding notebooks
This setup is large, secure, and not easily removable—ideal for a permanent STEM classroom.
Q: How long does installation take?
A: 2–4 days depending on the room.
Q: Can the program be repeated each semester?
A: Yes. Once the equipment is installed, we can run the 6-week cycle for new classes every semester or every year.
Q: What academic outcomes should we expect in 6 weeks?
A: Students begin using reading, writing, and math skills for:
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Scoring and strategy
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Measurement
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Programming logic
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Engineering notebook writing
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Vocabulary development
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Problem-solving endurance
Q: How many people can participate?
A: Up to 21 students and 3 teachers if located at ckingknowledge Institute or 27 students and 3 teachers if at your location.
⭐ $67,500 : Tier 6 — Full-Year Robots & Coding Academy + Competition Team Option
$67,500 Full-Year Program
(+$4,000 Competition Team Add-On Option for ages 7–15)
Weekly robots & coding instruction for ~21 students + 3 teachers, including competition prep, academic integration, and permanent lab setup.
What They Get for $67,500:
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4–6 weeks
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Full-year weekly robotics & coding classes
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Taught by professional African-American engineers, entrepreneurs & executives
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High-end robotics equipment installed in a dedicated classroom
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Students build, code, test, and document real robots
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Integrated math, reading, writing, and problem-solving
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Two major schoolwide events: Robotics Expo + Competition Pop-Up Showcase
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All robots, tools, electronics, and materials included
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Students create engineering lab notebooks & portfolios
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Setup, maintenance, instruction, and classroom management handled by our team
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Optional Family STEM Night
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School keeps the equipment
What You Get for the Additional $4,000
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Launch of an official Robots & Coding Competition Team (ages 7–15 only)
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competition-season coaching by professional engineers
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Weekly practices focused on building, coding, driving, and match strategy
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A competition-grade robot kit
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Full tournament rules training + engineering notebook development
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Team-branded shirts/hoodies
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Parent orientation and competition day coordination
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A schoolwide Showcase Match event to celebrate the team
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Real competitive engineering experience modeled after professional innovation teams
Why Principals Buy This Tier:
✔ A turnkey, no-prep STEM program for the entire school year
✔ Boosts academic skills through real engineering applications
✔ Provides students role models who look like them and understand their culture
✔ Elevates school reputation as a STEM and innovation leader
✔ Increases student motivation, attendance, and engagement
✔ Fits funding priorities: Title I, Title IV, enrichment, equity-focused STEM
✔ Creates exciting, high-visibility events that bring families together
✔ Delivers long-term value with permanent STEM equipment
FAQ
Q: How often do students attend the Academy?
A: Students attend once per week for the entire school year.
Q: Can teachers participate too?
A: Yes. Four teachers are trained alongside students—creating internal capacity for future STEM growth.
Q: What outcomes does the full-year program produce?
A:
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Significant improvement in reading, writing, and math
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Engineering design fluency
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Fully developed engineering notebooks
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Experience in iterative coding
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Successful competition-ready robots
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Deep teamwork and soft skills
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Increased STEM confidence and career readiness
Q: Does the school keep the robotics equipment after the full year?
A: Yes. The equipment installed at the beginning of the year remains in your school permanently.
Q: How safe is the equipment?
A: All equipment is designed for school use. No tools, chemicals, or hazards. Everything stays in the classroom the entire year.
Q: What if our school doesn’t have transportation to your facility?
A: We offer two options:
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You bring a bus of students to our Robotics Institute weekly
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OR our Academy team comes to your school weekly
Q: What academic standards does this align with?
A:
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NGSS engineering
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CSTA coding standards
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State math standards (measurement, ratios, problem-solving)
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ELA writing and documentation standards
Q: Can we expand the program in future years?
A: Yes. Once your equipment is installed and your teachers are trained, you can scale to multiple grade levels.
On-Site or In-Facility Delivery Options
Schools can choose:
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We come to your school, OR
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You send a bus of students and teachers to our ckingknowledge Institute.



