AI Acceleration Camp - Build Breadth G7-G11
š£AIĀ Acceleration Camp - Build Breadth (Grades 7ā11) Fall 2026
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šÆ This camp welcomes all students in Grades 7ā11 who are passionate about technology. Youāll dive deep into the world of AI and app development, mastering the full spectrum of modern computer science technology and building a standout tech skill set.
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⨠ProvenĀ Method š Led by Dr. Meng, this camp uses a unique, high-efficiency training method designed to:
Sharpen your innovation abilities
Prepare you for high-impact competitions
Give you a breakthrough edge in college admissions
Set you up for long-term success in STEM
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š Exclusive Competitions Training Aligned with This Camp š MIT Appathon (MIT App Development Marathon) š World AI Competition for Youth (hosted by Carnegie Mellon University) š Congressional App Challenge (U.S. Congress)
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š Curriculum Overview
The MIT-AI Innovation & Competition Breadth Camp equips students with practical skills across the entire landscape of cutting-edge technology from the past 15 yearsālaying a broad and solid foundation for future success in STEM.
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Dr. Mengās signature AI STEMĀ Acceleration curriculum includes two key tracks:
[Breath Camp I(A1): App Programming & AI Camp] ā Required for all new students
[Breath Camp II(A2) : Internet & IoT Smart AI] ā Advanced track for students whoāve completed the first one
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These courses are designed to help students start strong, master essential STEM + AI + App skills, and build a powerful foundation for innovation competitions!
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šĀ Camp Detail
šBreadth Camp I(A1): App Programming & AI Camp
š Designed for Grades 7ā11 | No Prior Experience Needed | AI + App Programming + Competition-Focused
This course not only guides students to build real app projects from scratchāit also integrates hands-on AI training, boosting skills in coding logic, data structures, UI/UX design, and modular development. Students will create their own AI-powered apps and open the door to future tech innovation!
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š” Course Highlights:
šÆ Hands-On App Programming From variables, conditionals, loops to modular functionsāstudents will systematically develop app-building skills alongside intuitive UI/UX design.
šÆ Data Structures + Intermediate Algorithm Boost Learn core CS concepts such as lists, dictionaries, sorting, and random processesāperfect preparation for AP Computer Science and algorithm competitions.
šÆ AI Integration & Application (Core Feature!) From Day 1, students will engage in real-world AI project development:
ChatGPT-based dialogue systems
DALLĀ·E image generation
Speech synthesis
Image recognition Theyāll use platforms like Google Teachable Machine and AWS DeepRacer to create interactive, AI-powered applications.
šÆ Intro to Deep Learning + Project Development Covers 5 key AI models:
Multilayer Perceptrons
Convolutional Neural Networks (CNNs)
Transfer Learning
Recurrent Neural Networks (RNN/LSTM)
Embedding & Generative Models (e.g., DALLĀ·E)
Students will understand the 8 essential steps of AI developmentāfrom data collection to model training/testingāthrough real project workflows.
šÆ Capstone Project (Parent Showcase + Competition Training + Real App Launch) Each student will complete a full innovation project to present and optionally submit to competitions or extend into future research.
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š Course Outcomes: āļø Complete and launch a competition-ready innovation project āļø Eligible for Teaching Assistant (TA) consideration āļø Free access to Dr. Mengās Targeted Competition Training (TCT) for select high-impact contests, including:
MIT RAISE Global AI Hackathon
MIT Appathon
World AI Competition for Youth (WAICY)
Congressional App Challenge
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ā±ļø Course Duration: 40 hours of live instructionĀ + 40 hours of supported project work
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š Class Format: Zoom live classes (with recordings) + 24/7 student support on Discord
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š Class & Project Dates:
August 29Ā ā DecemberĀ 20 (Every Saturday)
8:00ā10:15 PM ET 7:00ā9:15Ā PM CT 5:00ā7:15 PM PT
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š Breadth Camp II(A2) : Internet & IoT Smart AI
š For Grades 7ā11 | For Students Who Have Completed the [App Programming & AI Camp] | Smart Connectivity + Competition-Oriented Training
This course builds advanced skills in Internet technology and IoT (Internet of Things), integrating App development and AI systems to equip students with powerful, future-ready tech abilities!
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š” Course Highlights:
šÆ Smart Internet Technology
Build full-featured smart applications using multimedia, sensors, GPS, interactive maps, auto-navigation, and more
Work with cloud-based databases to achieve real-time data interaction and visualized displays
Master critical network protocols like Web APIs and JSON for data communication
šÆ Intelligent IoT Systems
Learn to use Raspberry Pi microprocessors, with skills in Linux command line, GPIO interfaces, and basic electronics
Create wireless control panels and data dashboards using Python scripts and MIT App Inventor
Explore communication protocols like Bluetooth, WiFi, and Node-Red
Complete real-world IoT challenges like password authentication, LED light control, sensor data reading, and servo motor operation
šÆ Capstone Project ā Smart Systems & Edge Computing Students will complete a fully functional innovation project combining intelligent connectivity and edge computing. The final project will be showcased to parents and may be submitted for competitions or extended into research.
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š Course Outcomes: āļø Build and present a fully functional innovation project āļø Eligible to apply for Teaching Assistant (TA) roles āļø Free access to Dr. Mengās Targeted Competition Training (TCT) for the following elite competitions:
MIT RAISE Global AI Hackathon
MIT Appathon
World AI Competition for Youth (WAICY)
Congressional App Challenge
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ā±ļø Course Duration:
40 hours of live instruction (20 classes Ć 2 hours)
40 hours of supported project time
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š Class Format:
Live Zoom sessions (recordings available)
24/7 support via student Discord group
š Class Dates:
August 28Ā ā DecemberĀ 19 (Every Friday)
8:00ā10:15 PM ET 7:00ā9:15Ā PM CT 5:00ā7:15 PM PT
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š Dr. Meng
Dr. Meng is the Founder and Program Director of the Meng AI Innovation & Competition Bootcamp. He holds a Ph.D. in Computer Science and a Masterās degree in Electrical Engineering. He is a Certified MIT Master Trainer in App Inventor, a Senior Member of IEEE, a member of the Computer Science Teachers Association (CSTA), and the founder of the Association of Student Young Innovators (ASYI).
As an educator and innovation competition coach, Dr. Meng has guided students to win numerous prestigious national and international awardsāempowering them to enter some of the worldās top universities.
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š¹ Honors & Awards
š Teacher Excellence Award ā App Inventor Foundation Global Top 10 Educator (2022) š Global Chinese AI Education Leader Award ā "Global Star" Awards (2023) š Outstanding Asian American Award ā National Asian American Alliance (2024) š Community Service Award ā Presented by Mayor Paul Voelker of Richardson, TX, for his outstanding contributions to tech education
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Dr. Meng is dedicated to developing the next generation of innovators in grades 6ā12, equipping students with interdisciplinary skills in Artificial Intelligence, Programming, the Internet of Things (IoT), and Technology Innovation. His program is recognized as one of the nation's leading STEM education and competition coaching organizations for middle and high school students.
Over the past four years, Dr. Meng's students have earned more than 850 awards in prestigious national and international STEM competitions, including:
MIT Appathon ā MIT's premier high school app development hackathon.
MIT RAISE Global AI Hackathon ā A global AI competition organized by MIT RAISE, recognized by top universities for its rigor and innovation.
WAICY (World Artificial Intelligence Competition for Youth) ā One of the world's largest AI competitions for Kā12 students.
Congressional App Challenge ā The official U.S. Congress app competition, with one winner selected from each congressional district and recognized at the U.S. Capitol.
Regeneron International Science and Engineering Fair (ISEF) ā The world's most prestigious pre-college science competition, often referred to as the "Nobel Prize for High School Students."
Regeneron Science Talent Search (STS) ā America's oldest and most prestigious science research competition for high school seniors. Being named a Top 300 Scholar represents national-level excellence.
Davidson Fellows Scholarship ā One of the highest honors for students under 18, recognizing extraordinary achievements in science, technology, engineering, mathematics, literature, music, and philosophy, with scholarships of up to $25,000.
ACM Cutler-Bell Prize ā Presented by the Association for Computing Machinery (ACM), this is one of the highest honors in high school computer science, with only a handful of winners selected nationwide each year.
Coca-Cola Scholars Program ā One of the nation's most prestigious leadership and scholarship programs, selecting 150 students annually and awarding $20,000 scholarships to outstanding leaders.
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āThe world is vast, and so are our opportunities. We strive to support more students in entering and excelling in competitionsāas a path toward excellence. Along the way, we also count on the close support and encouragement of parents. Letās believe: thereās no need for stress or burnoutāfor your child, the sky is the limit.ā ā Dr. Meng
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āWords cannot express how deeply grateful we are. Your dedication to learning itself has quietly inspired our child. Your insight into both technology and education has helped our child strive toward their goals. As parents, our job is simply to provide the strongest support possible.ā ā A studentās parent
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⨠Whether in tech innovation competitions, top college admissions, or AI education, Dr. Meng is committed to helping students achieve their dreams in science and technology!
