Kids 4 Coding | Summer Tech Camps | Fulton Science Academy
Overview
Expert Summary
Detailed Insights
Kids 4 Coding offers highly valued, experiential tech camps (summer, winter, and online) for children genuinely fascinated by science and technology. It stands out for its high-caliber instructors, many of whom are current classroom teachers or tech college students, providing advanced learning opportunities not typically available in traditional classrooms until much later. Parents appreciate the small class sizes, interactive project-based learning, and the supportive environment that fosters deep engagement and can even inspire future career paths like architecture.
Key Highlights
- ✓Provides experiential learning in tech/science for children from 9 up to 16 years old.
- ✓Staff comprises highly qualified individuals, including current classroom teachers and technology college students.
- ✓Camps are interactive with small class sizes, allowing for personalized attention.
- ✓Offers engaging, hands-on projects, such as creating a digital Magic-8 ball, virtual pets, Pong, Python turtle graphics, and architectural 3D designs.
- ✓Successfully accommodates children who may feel nervous in new environments due to professional and passionate staff.
- ✓Offers both summer and winter camps, and crucially, online program options for flexibility.
- ✓Fosters sustained interest, with children continuing to engage with learned concepts at home and considering related career paths.
- ✓Classes are noted for their diversity.
- ✓Specific programs mentioned include Raspberry Pi & Python programming, Scratch, and 3D Design (including architectural design).
Standout Features
- ⭐High-quality, dedicated instructors (e.g., Sandy, Sarah, Mr. Peyton) who are knowledgeable, patient, and engaging.
- ⭐Small class sizes ensuring personalized attention and interaction.
- ⭐Interactive and project-based curriculum leading to tangible creations (e.g., games, digital tools, 3D models).
- ⭐Availability of both in-person (summer/winter) and online camp formats.
- ⭐Exposure to advanced tech topics like Python, Raspberry Pi, Scratch, and 3D architectural design.
- ⭐Cultivates a community of families with shared academic values.
- ⭐Offers learning opportunities that go beyond typical classroom offerings, pushing students to higher-level concepts.
Perfect For
Ideal For
💡Pro Tips from Reviews
- →Be prepared for a higher price point, understanding that the value comes from the exceptional staff quality and advanced curriculum.
- →Consider this camp if your child has a genuine fascination for tech and science, as it caters to and deepens these interests.
- →Inquire about specific programs like Raspberry Pi & Python or 3D Design if your child has particular interests or is an older teen.
- →Utilize the online program option for flexibility if in-person attendance isn't feasible.
- →If your child is initially nervous about new environments, the professional and passionate staff are well-regarded for their ability to help kids adjust.
Price & Value
The camp is noted as "more expensive than others," but parents feel the value is explicitly "there with the staff that they hire." The investment is justified by the quality of instructors (current classroom teachers or technology college students) and the advanced, experiential learning provided. This implies a premium service where the cost reflects superior educational outcomes and expertise, rather than hidden fees.
👥Crowd Levels
- •Class sizes are described as "small," indicating a controlled and uncrowded learning environment.
Pricing/Package/Events
Pricing & Packages
Game Development
Kids discover how to make easy-to-play, exciting games with fun challenges, focusing on controls, feedback, game flow, and using math concepts for game design.
Includes:
- •Game design principles
- •Controls
- •Feedback
- •Game flow
- •Math concepts (coordinates, scores, distances)
Lego Engineering
A fun mix of digital and hands-on activities where kids solve LEGO challenges, building structures, machines, roving vehicles, robots, and battle bots while applying real engineering and architecture principles.
Includes:
- •LEGO challenges
- •Building structures
- •Machines
- •Roving vehicles
- •Robots
- •Battle bots
- •Engineering principles
- •Architecture principles
Minecraft & AI
Combines Minecraft fun with learning how AI assists coding and problem-solving, using AI tools to make sense of collected data and creating smart game responses with block-based coding.
Includes:
- •Minecraft exploration
- •AI tools for data analysis
- •Block-based coding
- •Problem-solving with AI
Minecraft Redstone
Students learn creative ways to automate tasks, solve puzzles, and build machines in Minecraft using Redstone, experimenting with switches, pressure plates, pistons, and circuits.
Includes:
- •Minecraft Redstone
- •Automated builds
- •Puzzles
- •Machines
- •Switches
- •Pressure plates
- •Pistons
- •Circuits
- •Electricity basics
- •Logic
- •Basic engineering
Crafty Coders
A dynamic mix of coding, digital design, and hands-on crafting using Scratch programming to create games and animations, then handcrafting physical elements to replicate virtual creations.
Includes:
- •Scratch programming
- •Game creation
- •Animations
- •Digital design
- •Hands-on crafting
- •Planning skills
ArchiTechs
Students learn the fundamentals of architecture and engineering, using software to design buildings and building models with kits and craft supplies, sharpening math skills and exploring functional and beautiful design.
Includes:
- •Architecture fundamentals
- •Engineering fundamentals
- •Software design (buildings)
- •Model building (kits, craft supplies)
- •Geometry
- •Measurement
- •Proportions
- •Color theory
- •Texture
- •Shape
RPG Maker Game Dev
Teaches game development using RPG Maker, focusing on character/story design, world-building, quest creation, map design, basic programming concepts, and gameplay systems.
Includes:
- •RPG Maker
- •Character design
- •Story design
- •World-building
- •Quest creation
- •Map design
- •Level design
- •Conditional logic
- •Variables
- •Ruby scripting
- •Combat systems
- •Character progression
- •Inventory management
Roblox Studio with Lua
Students learn to bring creative visions to life in Roblox Studio using the Lua programming language, mastering essential coding skills and developing problem-solving and critical thinking.
Includes:
- •Roblox Studio
- •Lua programming language
- •Scripting
- •Variables
- •Loops
- •In-game visual effects
- •Problem-solving
- •Critical thinking
Minecraft with Python
Students integrate Python into Minecraft to develop problem-solving skills, write algorithms, understand coordinates and geometry, create custom modifications, and design mini-games.
Includes:
- •Minecraft
- •Python programming
- •Problem-solving
- •Algorithms
- •Coordinates
- •Geometry
- •Custom modifications
- •Mini-games
- •Game design principles
- •Computational thinking
Arcade Games with Python
Using MakeCode Arcade, students design and build custom retro-style video games, learning interactive game creation with JavaScript or Python, testing, and debugging.
Includes:
- •MakeCode Arcade
- •Custom video game design
- •Text-based programming (JavaScript, Python)
- •Interactive games
- •Testing
- •Debugging
- •Game simulator
Mobile Apps
Kids learn to design and build mobile apps using beginner-friendly tools like Thunkable and MIT App Inventor, exploring computer science concepts through drag-and-drop block programming.
Includes:
- •Thunkable
- •MIT App Inventor
- •Mobile app design
- •Mobile app building
- •Drag-and-drop block programming
- •Variables
- •Conditionals
- •Loops
- •Event handling
- •User interface design
- •Debugging
- •Logical thinking
Game Dev with Construct 3
Students use Construct 3 to build various game types (platformers, action games, arcade fun), with optional JavaScript integration for advanced features and custom behaviors.
Includes:
- •Construct 3
- •Game building (platformers, action, arcade)
- •JavaScript integration (optional)
- •Advanced features
- •Custom behaviors
- •Dynamic interactivity
- •External APIs
ZUMI with AI and Python
Explores self-driving technology using the Zumi autonomous car from Robolink, where students program Zumi with Python and learn AI concepts like object detection, path planning, and machine learning.
Includes:
- •Zumi autonomous car (Robolink)
- •Artificial Intelligence (AI)
- •Robotics
- •Python programming
- •Object detection
- •Path planning
- •Machine learning
- •Coding skills
- •Problem-solving skills
GameMaker Studio
Students build 2D video games using GameMaker Studio and its scripting language, GML (similar to JavaScript), learning core programming concepts and game design.
Includes:
- •GameMaker Studio
- •GML scripting language (JavaScript-like)
- •2D video game creation
- •Variables
- •Conditionals
- •Loops
- •Events
- •Coordinate systems
- •Game design
Game Dev with Unity and C#
An instructor-led camp where students design and build video games using Unity, the powerful game engine, learning C# programming and both 2D and 3D development.
Includes:
- •Unity game engine
- •C# programming
- •2D development
- •3D development
- •Game design fundamentals
- •Interactive worlds
- •Gameplay mechanics
Content Creator YouTube & Twitch
Students learn to plan, film, and edit their own content using free tools like OpenShot, Pixlr, and Streamlabs OBS, creating custom channel art, video editing, livestream setup, and exploring audience growth.
Includes:
- •Content planning
- •Filming
- •Video editing (OpenShot, Pixlr)
- •Livestream setup (Streamlabs OBS)
- •Custom channel art
- •Audience growth strategies
- •YouTube
- •Twitch
Web Development
Students learn core computer science and JavaScript concepts by building real web-based projects using CodePen and Glitch, creating a portfolio of interactive work.
Includes:
- •Web-based projects
- •CodePen
- •Glitch
- •Computer science concepts
- •JavaScript concepts
- •Functions
- •Arguments
- •Variables
- •Arrays
- •Loops
- •Objects
- •Interactive work (special effects, video games, chatbots)
Adobe Illustrator Digital Design
Students learn professional design and illustration techniques using Adobe Illustrator, exploring vector drawing, shape tools, color theory, layers, typography, and digital layout.
Includes:
- •Adobe Illustrator
- •Professional design techniques
- •Illustration techniques
- •Vector drawing
- •Shape tools
- •Color theory
- •Recreating photos
- •Pixel illustrations
- •Original compositions
- •Layers
- •Typography
- •Digital layout techniques
- •Animated GIFs
- •Custom graphics
- •Digital movie poster
Events & Schedule
🍎Food Policy
- • Nut-free zone year-round. Do not send snack or lunch items containing nuts.
🛡️Safety Policy
- • Follows standard school safety procedures (e.g., COVID-19 precautions, inclement weather, fire, intruder, emergency response).
- • All staff members have passed background checks and professional and personal references are verified prior to employment.
- • Site managers are Adult/Pediatric CPR & First Aid certified.
- • Students are responsible for their personal laptops, power cords, mice, flash drives, and electronic files.
- • Students are allowed to use their phones during breaks and lunch, but they must be turned off or on vibrate during instruction.
- • Media/promotional photos and videos become the property of Kids 4 Coding and may be used for promotional purposes. This is a blanket policy.
- • Students are expected to use appropriate behavior and self-discipline; disruptive behavior may lead to dismissal with no refunds or credits.
- • Technology Use Policy: Students must use computers appropriately, only visit website addresses approved by Kids 4 Coding instructor(s) or staff, use technology equipment with care and safety, and be respectful of other people's work.
📅Booking Policy
- • Laptop rentals are prepaid at registration and subject to availability. Request rental via info@kids4coding.com at least 4 days before the program if not reserved.
- • Curriculum information is for informational purposes only and is subject to change without notice.
- • Policies and procedures are subject to change without notice.
Photos
What People Say
Areas for Improvement
- Parking can be challenging (mentioned in 2 reviews)
Recent Reviews
T B
5 years agoWe have had such a positive experience at Kids4coding. We have done their summer camps and new this year their winter camp. We love it. I have a 9yo daughter who is fascinated by all things tech/science and it’s an awesome opportunity for her to have experiential learning that she wouldn’t get to do in the classroom until much older. The camp is more expensive than others BUT I feel the value is there with the staff that they hire. Many/most are current classroom teachers or technology college students. To me, it’s totally worth it. Plus you also know that other families that are making the investment to send their child to Kids4coding, share the same academic values. Classes are very diverse. Highly recommended!!
Mary Gaus
7 years agoWow. My 10-year old son loved the Raspberry Pi & Python programming camp he attended. It was very interactive. Class size was small. The instructor (Sandy, a UGA student) was EXCELLENT - so knowledgeable and so good with kids. They moved at a good, solid pace and did several fun projects each day: create a digital Magic-8 ball, create multiple modes of a virtual pet, create a version of the video game Pong, experiment with Python turtle graphics. After class, my son would pop open his laptop in the car and want to show me what they did that day before we even left the parking lot. Then he'd come home and play with his code some more. Denise and AnnMarie have really built something great. We will definitely be looking into more Kids4Coding camps.
brandi booker
5 years agoWhat a wonderful time my son had while learning new coding techniques. He gets nervous in new environments and learning new things but the staff working with Kids4Coding are professional and passionate and the kids benefit from their dedication! We definitely recommend!
Liz Clarke
4 years agoI am happy to write a review for Kids 4 Coding! My daughter loved her six week program. She has learned so much on Scratch from Sarah! Sarah was so patient and engaging with the kids. My daughter looked forward to taking the class every Tues & Thurs. Thank you for providing this opporunity online! Will defintely do this program again and highly recommend it.
Anna Bucy
8 years agoI'm 16 years old and this past summer I took the 3D Design Camp at Gwinnett Tech. My instructor was Mr. Peyton and I learned so much about architectural design. I enjoyed it so much that I'm considering majoring in architecture. I'm still using the program I used during the summer and have made many new designs on my own. I LOVE Kids 4 Coding!