Jem S Level 1: Metaverse & 3D Game Systems
Empower young learners to transition from passive video game players into active 3D world creators. Connecting visual logic blocks directly inside Roblox Studio eliminates syntax errors while cultivating genuine spatial algorithmic thinking.
Algorithmic Sequencing
Master execution order, event triggers, iterative loops, and conditional statements through hands-on gameplay mechanics.
Spatial 3D Architecture
Navigate 3D Cartesian coordinates (X, Y, Z), apply velocity and gravity physics, and architect interactive virtual environments.
Iterative Playtesting
Experience the authentic engineering cycle: rapid prototype creation, live testing, bug diagnosis, and difficulty balancing.
Collaborative Creation
Work cooperatively in multiplayer sandbox servers, exchange level design feedback, and practice responsible digital citizenship.
📅 16-Session Modular Scope & Sequence
A turnkey academic progression designed for standard K-12 computing classes, after-school STEM clubs, or summer camp tracks.
3D World & Core Mechanics
- Roblox Studio interface & camera navigation
- Part attributes, anchoring & materials
- Spawn point configuration & boundaries
- Creating first functional Jump-Pad Obby
Visual Logic & Physics
- Collision triggers (Touched event blocks)
- Timed vanishing & reappearing platforms
- Moving conveyors & rotational hazards
- Speed boosts, launchpads & gravity fields
Game Systems & GUI
- Stage checkpoint & respawn logic
- Leaderstats scoreboard integration
- Coin collection & audio sound triggers
- Screen GUI health bars & winner podiums
Capstone & Showcase
- Multi-tier theme world level design
- Peer-to-peer multiplayer playtesting
- Balancing difficulty & accessibility
- Classroom championship & certificate export
🎮 Authentic Student Creations & Classroom Workspace
Visual evidence of student engagement and project complexity achieved within the JemS educational ecosystem.
Syntax-Free: Visual Block Logic Engine
Students master foundational computational thinking without syntax frustration. Visual blocks seamlessly translate pure logic directly into Roblox 3D engine execution.
3D Racing, Adventure & Puzzle Game Worlds
Young learners collaboratively build interactive 3D game environments, obstacle challenges, and arcade mini-games while mastering sequential logic and event handling.
🎁 Turnkey Educator Toolkit Included
Everything your school needs to launch immediately. Zero prep friction for classroom teachers with complete slide decks and rubrics.
Robome Mobile App: On-Device AI & Machine Learning
Demystify Artificial Intelligence through genuine hands-on machine learning. Elementary students train on-device voice models, object recognition classifiers, and 3D holograms using standard school tablets without specialized hardware.
Full Machine Learning Cycle
Experience the authentic AI workflow: sample data collection, neural model training, confidence testing, and app integration.
Voice & Audio AI
Record acoustic datasets, train voice keyword models, and control smart voice-reactive animations and games.
Computer Vision Basics
Use tablet cameras to classify objects, hand gestures, and handwritten numbers with real-time confidence scores.
AI Literacy & Ethics
Learn how datasets shape AI fairness, recognize algorithmic bias, and practice ethical digital citizenship in the AI era.
📚 Official 3-Volume Curriculum Roadmap
Official 3-volume sequential scope & sequence designed for on-device AI, AR face masks, voice interaction, and 3D holograms on school tablets.
Robome App: Start AI Coding
Foundational block coding and camera-based recognition. Students master object, number, text, gesture, brand, and face recognition mini games.
- Getting to Know the Coding Assistant
- Learning the Block Categories
- Real-Time Object Recognition
- Number Prediction & Mini Game
- Printed Character OCR Recognition
- Hand Gesture Triggers & Actions
- Brand Mark & Logo Detection
- Face Recognition Basics & Game
- Drawing Custom Face AR Masks
- Number Baseball AI Program
Robome App: Explore AR & Voice AI
Project-based course connecting AR masks with Speech-to-Text (STT/TTS) voice commands, conditionals, loops, lists, and AI accuracy labs.
- Core AR Blocks & Mask File Prep
- Put a Mask on a Face
- STT vs TTS & Voice Addition
- Voice Command Face Transforms
- Voice Variables & Final Scene
- Spoken Score & Grade Evaluator
- 1 to 10 Sum Loops & Voice Exit
- Large Number Voice Addition Lab
- List Data Extraction & Insertion
- Object Recognition Accuracy Rate
- Number Prediction Accuracy Rate
- English Letter Recognition Lab
Robome App: Create Hologram AI
Creative multimedia engineering with 3D pyramid holograms, speech synthesis (TTS), piano blocks, 11 voice-controlled character routines, and video playback.
- Face Mask Assets & DATA Download
- 3D Hologram Images & Delay Timing
- Hologram Speech TTS & Music Loops
- Character & Motion Configuration
- Motion Sequence Lists & Loops
- Spatial Hologram Performance
- Repeating Piano Notes & Timers
- Musical Note Lists & Melodies
- 11 Voice Commands (Walk, Sit, Jump…)
- Synchronized Video Projection
- Video Sound & Media Management
📸 Real Classroom Activities & Tablet Interfaces
Validated with over 1,000 students across real school AI camps with a 98% teacher satisfaction rating.
Real-Time Facial Expression Analysis & AR Mask Synthesis
Students use the Robome App to analyze facial expressions and emotional cues, programming real-time computer vision logic that automatically overlays matching interactive AR cyber masks onto their faces for immersive experiential learning.
3D Hologram Projection & Character Dance Motion AI
Students implement physical 3D holograms using the Robome App and reflection prisms, training machine learning motion models so their virtual 3D character dances and reacts dynamically to real-time voice and gesture commands.
🎁 Complete Educator Implementation Suite
Runs seamlessly on standard school iPads, Android tablets, or Chromebooks. No specialized robot hardware purchases necessary.
Jem S Level 2: Multiplayer Systems & Game Architecture
Middle school students advance into comprehensive game design engineering. They architect multiplayer combat arenas, in-game economic loops, custom user interfaces, and server-synchronized game states.
Variables & Data Flow
Manage health points, currencies, item inventories, and global game clocks using modular variable structures.
Multiplayer Synchronization
Understand client-server architecture, broadcast events, and prevent state conflicts in multi-user lobbies.
Economic Loop Modeling
Design sustainable game economics: earning rates, item shops, upgrade multipliers, and reward balancing.
Interactive UI & HUD
Engineer responsive graphical interfaces, inventory backpack menus, dialogue windows, and mini-maps.
📅 16-Session Modular Scope & Sequence
Empowering middle schoolers with authentic software engineering principles through commercial game genres.
Multiplayer Core Loops
- Lobby systems & match matchmaking countdowns
- Player roles, teams & friendly fire logic
- Dynamic arena zone shrink mechanics
- Respawn timers & spectator cameras
Economy & Inventory
- Coin and resource collection grids
- Interactive in-game store kiosks
- Equippable tools, weapons & speed boots
- Tiered upgrade multipliers & crafting
AI Enemies & Combat
- NPC pathfinding & patrolling logic
- Proximity aggro & attack hitboxes
- Wave defense survival algorithms
- Boss battle multi-phase mechanics
Publishing & Analytics
- Custom badge reward integration
- Multiplayer server stress testing
- Analyzing gameplay retention & feedback
- Roblox community publishing walkthrough
🎮 Middle School Capstone Project Evidence
Our Adventure: 3D RPG Quest Game by 5th Graders
Students engineer rich narrative quest worlds featuring knight avatars, dragon encounters, floating castle islands, dialogue scripts, and reward token systems.
Interactive Storytelling & Metaverse World Design
Educators facilitate student teams programming branching narrative choices, custom architectural spaces, and virtual art galleries using modular visual nodes.
🎁 Teacher Support Suite for Middle Schools
Complete CSTA Level 2 aligned syllabus with assessment rubrics, solution keys, and curriculum integration guides.
Robome PC Avatar: Computer Vision & Virtual Avatars
Deliver university-grade Computer Vision concepts to middle school classrooms with zero budget strain. Using ordinary webcams, students extract facial landmarks, recognize emotions, track hand gestures, and animate responsive 3D avatars.
Facial Landmark Analysis
Track 468+ facial keypoints in real time, calculating distance vectors between pupils, eyebrows, and mouth corners.
Sentiment & Emotion AI
Classify emotional expressions (Joy, Surprise, Anger, Neutral) to trigger contextual avatar animations and soundscapes.
Skeletal Hand Tracking
Recognize 21 joint positions per hand. Construct touchless gesture controllers for virtual instruments and games.
Virtual Metaverse Puppetry
Map real-world head orientation, blinking, and speech movement directly onto expressive 3D metaverse character avatars.
📚 Official 3-Volume Curriculum Roadmap
Official 3-volume sequential scope & sequence designed for PC webcam Computer Vision, AR face filters, voice interaction, and 3D holograms.
Robome Avatar: Learn AI
Foundational block coding and camera-based recognition. Students master object, number, text, gesture, brand, and face recognition mini games.
- Getting to Know the Coding Assistant
- Learning the Block Categories
- Real-Time Object Recognition
- Number Prediction & Mini Game
- Printed Character OCR Recognition
- Hand Gesture Triggers & Actions
- Brand Mark & Logo Detection
- Face Recognition Basics & Game
- Drawing Custom Face AR Masks
- Number Baseball AI Program
Robome Avatar: Build with AI
Project-based course connecting AR masks with Speech-to-Text (STT/TTS) voice commands, conditionals, loops, lists, and AI accuracy labs.
- Core AR Blocks & Mask File Prep
- Put a Mask on a Face
- STT vs TTS & Voice Addition
- Voice Command Face Transforms
- Voice Variables & Final Scene
- Spoken Score & Grade Evaluator
- 1 to 10 Sum Loops & Voice Exit
- Large Number Voice Addition Lab
- List Data Extraction & Insertion
- Object Recognition Accuracy Rate
- Number Prediction Accuracy Rate
- English Letter Recognition Lab
Robome Avatar: Apply AI
Creative multimedia engineering with 3D pyramid holograms, speech synthesis (TTS), piano blocks, 11 voice-controlled character routines, and video playback.
- Face Mask Assets & DATA Download
- 3D Hologram Images & Delay Timing
- Hologram Speech TTS & Music Loops
- Character & Motion Configuration
- Motion Sequence Lists & Loops
- Spatial Hologram Performance
- Repeating Piano Notes & Timers
- Musical Note Lists & Melodies
- 11 Voice Commands (Walk, Sit, Jump…)
- Synchronized Video Projection
- Video Sound & Media Management
📸 Real Vision AI Classroom Demonstrations
Multi-Point Facial Landmark Extraction
Webcam-powered neural network tracking eyebrows, eyes, and mouth contours with instantaneous coordinate feedback.
Connecting AI Coordinates to 3D Avatars
Students connect visual math nodes to animate 3D avatars, creating personalized digital twins without typing complex C++ code.
🎁 100% Hardware-Free Classroom Integration
Operates entirely within standard school computer labs with webcams. Zero budget required for external robots or sensors.
Jem S Level 3: Cloud Data Persistence & Commercial Systems
High school students bridge visual algorithms to professional game production. They master persistent cloud data storage, raycasting physics, custom game economy balancing, and publish authentic games ready for college tech portfolios.
Cloud Data Persistence
Implement Roblox DataStore systems to securely save player inventories, high scores, and level progression between sessions.
Raycasting & Vector Physics
Program dynamic projectile paths, line-of-sight sensors, surface normal detection, and complex vehicular kinematics.
Monetization & Marketplace
Architect in-game passes, premium item shops, and understand the economics of the 100M+ global creator marketplace.
Pre-College Tech Portfolio
Document code architectures, system flowcharts, and live published links for university CS and STEM program applications.
📅 16-Session Modular Scope & Sequence
A rigorous pre-college engineering roadmap designed for high school computer science electives and advanced STEM tracks.
Cloud Data & User State
- Roblox DataStore architecture & security
- Saving & loading player XP, gold & inventories
- Handling data saving errors & retry queues
- Global cloud leaderboards
Raycasting & Kinematics
- Vector math & 3D raycasting mechanics
- Simulating realistic projectile ballistics
- Line-of-sight AI turret tracking
- Custom terrain collision & vehicle suspension
Complex Game Systems
- Custom modular inventory & crafting trees
- Multi-tier quest & dialogue state engines
- In-game monetization passes & cosmetic shops
- Server load balancing & memory optimization
Studio Production & Expo
- Full studio release preparation & icon branding
- Public server deployment & analytics tracking
- Technical post-mortem documentation
- Comprehensive STEM portfolio presentation
🎮 High School Engineering Portfolio Projects
Parkour Challenge: Laser Obstacles & Velocity Physics
Secondary students engineer dynamic cyberpunk platformers utilizing real-time velocity calculations, laser collision hitboxes, timed traps, and native Roblox Studio tooling.
3D Planetary Orbits, Circuit Sensors & Simulation
Students model complex physical phenomena in 3D: solar system orbital mechanics, interactive electronic circuits with sensor telemetry, and algorithmic simulation models.
🎁 High School AP CS & College Prep Suite
Includes comprehensive project documentation templates, code verification rubrics, and portfolio export guides.
Robome AI IoT: Edge Vision & Hardware Embedded Systems
Bridge pure software algorithms with real-world engineering. Students program dedicated single-board computers, camera sensors, and GPIO actuators to build smart city environmental systems, autonomous object trackers, and IoT security hubs.
Single-Board Edge AI
Operate Linux-based embedded mini-computers. Understand CPU/GPU resource allocation for on-device neural inferencing.
Real-Time Object Detection
Deploy MobileNet and YOLO computer vision models to track vehicles, pedestrians, and safety signage with millisecond latency.
Hardware GPIO & Actuators
Interface with servos, sensor arrays, acoustic alarms, and relays to translate AI detections into physical world actions.
Smart City & Autonomous IoT
Build real-world prototypes: smart automated crosswalks, automated agriculture sorters, and intelligent security locks.
📅 16-Session Modular Scope & Sequence
A hands-on physical computing syllabus designed for secondary STEM labs and pre-engineering academies.
Embedded Linux & Vision
- Robome IoT hardware architecture & GPIO
- Configuring camera sensor stream pipelines
- Edge computing vs. cloud computing trade-offs
- Image preprocessing & color-space filtering
Neural Object Detection
- Pre-trained deep learning weights (MobileNet/YOLO)
- Multi-class bounding box coordinate extraction
- Real-time traffic sign classification project
- Calculating inference FPS & model optimization
Hardware Actuation & IoT
- Controlling servo motor angles based on vision AI
- Triggering automated alert buzzers & LED matrices
- Smart automated recycling bin sorter build
- MQTT/HTTP IoT sensor cloud telemetry
Autonomous Prototype Expo
- Engineering a smart security gate with face recognition
- Stress-testing hardware sensors under varied light
- Hardware-software integration troubleshooting
- Final smart city engineering capstone presentation
📸 Authentic Hardware Device & Lab Implementation
Adopted by over 300 schools and STEM innovation hubs with over 6,000 student graduates.
All-in-One AI Hardware Kit
Dedicated single-board mini-computer, high-definition camera module, GPIO expansion breakout, and peripheral sensors in a safe classroom enclosure.
Rigorous Pre-Engineering Experience
Students troubleshoot real circuitry, optimize machine vision algorithms, and gain practical exposure to modern industrial robotics.
🎁 School Hardware Lab Support Package
Full hardware diagnostic manuals, pre-installed SD card images, and teacher replacement part insurance.