Welcome to CodeQuest Online Coding at Tune-Up Skills (Ages 7-17)
CodeQuest is a year long, structured online coding journey that empowers children and teens to think logically, build creatively, and solve problems with confidence.
Designed for flexible and engaging online learning, the curriculum combines coding fundamentals, digital creation, and project-based innovation through a progressive framework that grows alongside your child.
CodeQuest at Tune-Up Skills is a dynamic, creative, hands-on coding for young minds taking them on a journey from basics to brilliance.
We are building a future-ready coding experience for kids and teens ages 7–17. We simplify their coding journey while maintaining rigour, creativity, and skill development across varied age groups.
Each 60–90-minute weekly session brings students closer to mastering real coding skills — while having fun through games, virtual robotics, and real-world projects.
Inspiring Young Innovators Through Code
CodeQuest at Tune-Up Skills is a creative, multi-level coding program designed to spark curiosity, confidence, and problem-solving skills in young minds.
Students work through modules, progressing from visual block coding to Python, web design, and robotics — learning by creating, testing, and sharing.
CodeQuest is more than a coding course — it’s a launchpad for creativity, confidence, and innovation. Designed for learners aged 7–17, this program empowers students to explore the exciting world of computer science through fun, interactive, and hands-on learning.
Our curriculum blends imagination with technology, turning children into creators of games, apps, websites, and robots — not just consumers of them.
Whether your child dreams of designing video games, building websites, programming robots, or solving real-world problems, CodeQuest at Tune-Up Skills equips them with the tools to turn those dreams into reality.
CodeQuest at Tune-UpWeekly Online Lesson Structure (Approx. 36 Weeks, Ages 7–17)
Each week includes a 60–90-minute online session, optimized for virtual learning. The curriculum is divided into age-specific blocks, but the overall weekly rhythm follows these core patterns:
- Spiral Progression: Every concept is first introduced in a simple, playful form and revisited later with greater technical depth. For example, young learners use Scratch “repeat” blocks, while advanced students handle Python “for” and “while” loops — same concept, deeper mastery.
- Concepts are introduced simply and revisited with increasing complexity.
- Example: Week 3 (Loops as “Repeat” blocks in Scratch) → Week 18 (For/While loops in Python).
- Block → Hybrid → Text Transition: Students begin with visual drag and drop coding (Scratch), progress through hybrid block text tools (MakeCode), and later code fully in text-based languages (Python, JavaScript).
- Weeks 1–12: Visual block coding (Scratch/ScratchJr).
- Weeks 13–24: Hybrid tools (MakeCode, block-text).
- Project Based Mindset: Every unit ends in a meaningful project. Whether it’s an interactive story, a website, or a robotics challenge, students create something unique and showcase their learning proudly.
- Every 2–4-week unit ends with a mini project.
- Every 8–10-week block ends with a major project.
- Example: Week 8 – Animated Story; Week 18 – Maze Game; Week 28 – Web App; Week 36 – Capstone Showcase.
- Grouped & “Unplugged” Online Learning
Weekly sessions include:
- Live coding demos
- Breakout room challenges
- Offline printables or unplugged activities
- Quizzes or video assignments
Weekly Learning Flow
Each week typically includes:
- Starter : A quick “unplugged” puzzle or logic game presented by the instructor on-screen to warm up – 5-10 min
- Learning Goal: Instructor states the lesson’s objective (e.g., “Today we will learn to use variables to make a game score”) – 5 min
- Teach & Demo : Instructor introduces the new concept, live-coding an example and sharing their screen for all to see – (15–20 min)
- Practice /Guided Project Time: Students work on their own projects (cameras on,mics muted). They “raise hand” or use chat for help. Instructor can pull students into 1-on-1 breakout rooms for debugging. – (20-30min)
- Share & Reflect: 2-3 students are chosen to share their screens and demo their work The group reflects on challenges and successes – (10 min)
- Extension (Offline): An optional challenge is posted for students to try on their own before the next class.
CodeQuest at Tune-Up Skills:
- Tailored for Every Age: We meet students where they are. From block-based coding in Scratch to advanced text-based programming in Python and JavaScript, our multi-level structure ensures every learner thrives at their own pace.
- Hands-On Learning: Kids don’t just watch — they build! Each session is project-based, helping them see the immediate results of their creativity and logic.
- Balanced Approach: The curriculum combines imagination with structure — fostering computational thinking, design sense, and the ability to work collaboratively.
- Future-Ready Skillset: Students develop essential 21st-century skills such as critical thinking, digital literacy, collaboration, and problem-solving — all while having fun.
- Supportive Mentorship: Our experienced instructors guide students with patience, enthusiasm, and encouragement, ensuring they learn by doing, exploring, and experimenting.
Inside The Learning Journey
Progressive Online Experience : CodeQuest bridges online and “unplugged” learning. Students work through independent activities, group breakout sessions, and printable logic challenges.
With the use of industry standard platforms, seamless collaboration tools, and guided mentoring, every learner experiences the thrill of building and sharing something tangible.
Ages 7–9 – The Creative Explorer : Discover your imagination, tell stories, and learn to think like a coder.
Focus: Fundamentals (sequences, loops, events, conditionals) via creative, visual projects.
Primary Tools: Scratch/Scratch Jr. (browser-based, perfect for online)
Ages 10–12 (Lower Intermediate) : The Hybrid Maker – This is where creativity meets logic.
Focus: Expanding computational thinking ( functions, variables, data) and transitioning from blocks to text.
Primary Tools: Scratch (advanced) , Code.Org App Lab, MakeCode, HTML/CSS (via Repl.it)
Ages 13–15 (Upper Intermediate ): The Python Developer – Become fluent in Python and explore how the web and data connect our world.
Focus: Comfort in text-based coding (Python), data structures, OOP, and building real-world applications.
Primary Tools: Python (via Repl.it or VS Code), HTML/CSS/JS, GitHub, Teachable Machine.
Ages 16–17 (Advanced) : The Pre-Professional – Advance from learning to leading; create full‑stack apps and explore new technologies.
Focus: Deeper CS concepts (algorithms, data structures), software engineering, and a team-based capstone project.
Primary Tools: Python (advanced libraries), Flask/Django, JavaScript (React/Node.js), Git/GitHub), SQL
Beyond Code: Building Character and Creativity
CodeQuest at Tune-Up Skills develops much more than programming expertise. Students gain perseverance, analytical reasoning, teamwork, and the confidence to take risks and solve problems. The environment encourages curiosity and exploration, showing kids and teens that every bug is an opportunity to learn and every success is a chance to inspire.
We foster a mindset of “learn by doing” — encouraging each learner to see coding as a superpower for imagination and change.
Parental Involvement and Transparency
We recognize that parents play a vital role in nurturing their child’s growth. Tune-Up Skills keeps parents informed through:
- Regular progress updates and milestone feedback
- Showcase events where students present their projects
- Opportunities to engage with instructors and see firsthand the progress their children are making
Parents can watch their kids beam with pride as they demonstrate a finished game, a live website, or a working robot — visible proof of how coding brings ideas to life.
A World of Opportunities Awaits
Coding is not just about computers; it’s about thinking creatively, solving challenges, and shaping the future. By the end of the program, students will have built a portfolio of projects that highlight both technical skill and creative flair — a foundation for future STEM growth in school, college, and beyond.
From playful animation to artificial intelligence, Tune-Up Skills is where curiosity meets innovation.
Enroll Today
Start your child’s journey with CodeQuest at Tune-Up Skills and open the door to a future where coding is fun, empowering, and meaningful. Together, we’ll turn ideas into invention!
Curriculum
- 4 Sections
- 16 Lessons
- 36 Weeks
- Ages 7–9 – The Creative ExplorerDiscover your imagination, tell stories, and learn to think like a coder. Focus: Fundamentals (sequences, loops, events, conditionals) via creative, visual projects. Primary Tool: Scratch/Scratch Jr. (browser-based, perfect for online)4
- Ages 10–12 (Lower Intermediate) : The Hybrid MakerThis is where creativity meets logic. Focus: Expanding computational thinking ( functions, variables, data) and transitioning from blocks to text. Primary Tools: Scratch (advanced) , Code.Org App Lab, MakeCode, HTML/CSS (via Repl.it)4
- Ages 13–15 (Upper Intermediate ): The Python DeveloperBecome fluent in Python and explore how the web and data connect our world. Focus: Comfort in text-based coding (Python), data structures, OOP, and building real-world applications. Primary Tools: Python (via Repl.it or VS Code), HTML/CSS/JS, GitHub, Teachable Machine.4
- Ages 16–17 (Advanced) : The Pre-Professional4
Requirements
- Technical Requirements
- Device & Access : A laptop or desktop computer with reliable internet access is required. Participants must be able to access cloud-based tools and learning platforms.
- Browser: Updated Chrome, Firefox, or Microsoft Edge.
- Accessories: Headphones or earbuds with a microphone for smooth online participation.
- Device: A laptop or desktop computer (Windows, macOS, or Chromebook recommended).
- Optional parental dashboard access for tracking assignments and achievements.
- Optional platforms (Pygame, Micro:bit simulator, or VS Code) may be introduced for older students.
- Parent/Guardian Involvement: Encourage consistent attendance and curiosity at home.
- Software: No installation required for most tools — online coding platforms (Scratch, MakeCode, Trinket, Replit) are used.
- Time Commitment : Duration of 36 weeks (full academic year).
- Optional parental dashboard access for tracking assignments and achievements.
- Curriculum Expectations: Students engage in both “plugged” (online coding) and “unplugged” (offline creative thinking) activities.
- Digital safety and privacy are enforced; no external links or unmoderated chat.
- Learning Environment: Quiet, well-lit workspace free from distractions.
- Instructor and Platform Standards: Instructors are industry‑experienced mentors trained in online youth engagement and safety.
- Internet: Reliable broadband connection for live sessions and project uploads.
- Students showcase projects quarterly through show‑and‑tell events.
Features
- Learning Context: Designed for online remote learning with age-appropriate curriculum stages and interactive, collaborative activities.
- Encourages both independent practice and group participation through breakout rooms, online coding platforms, and show & tell sessions.
- Suited for students with varying prior experience — no coding background needed, but advanced learners also supported.
- Complete 36‑Week Academic Pathway: A structured, year‑long course covering all foundational and advanced coding skills. Each quarter builds progressively — from beginner principles in Scratch to advanced programming, web development, and robotics.
- Evidence‑Based Design Principles: Built upon three proven teaching frameworks
- Spiral Progression: Skills are cycled and deepened over time — ensuring mastery and retention.
- Block → Hybrid → Text Transition: Smooth journey from visual to professional‑grade coding languages (Scratch → MakeCode → Python/JavaScript).
- Project‑Based Learning: Every unit ends with a capstone project that showcases creativity and applied knowledge.
- Engaging Online Learning Experience: Interactive 60–90‑minute sessions designed specifically for virtual classrooms.
- Live, small‑group instruction led by qualified mentors.
- Real‑time collaboration tools and gamified challenges.
- Regular “Show & Tell” sessions to build communication and confidence.
- Multi‑Age, Multi‑Level Pathways: Distinct learning tracks for ages 7–9, 10–12, 13–15, and 16–17. This structure allows each student to progress from playful coding through to professional development levels — all within the same program.
- Integrated Creativity and STEM Focus: Coding isn’t just syntax — it’s invention. Students animate, design games, create websites, and prototype robots. This approach builds computational thinking alongside artistic creativity and innovation.
- Online + Offline (Plugged and Unplugged) Activities : Complementary unplugged activities foster deep understanding through logic puzzles, algorithm cards, and at‑home creative projects — blending digital skills with hands‑on problem solving.
- Safe and Supportive Learning Environment : CodeQuest is built on digital safety principles.
- Secure online classrooms and monitored breakout rooms.
- Guided online etiquette and cyber‑safety lessons.
- Collaborative but privacy‑first platforms designed for kids and teens.
- Focus on Core 21st‑Century Skills Beyond programming.
- CodeQuest nurtures.
- Critical thinking and problem analysis.
- Resilience through debugging and design iteration.
- Collaboration and leadership through team projects.
- Digital literacy and ethical tech use.
- Recognition and Progress Tracking
- Earn achievement badges for key milestones.
- Custom progress dashboards for parents and students.
- Quarterly feedback and certifications of completion recognizing specific skills mastered.
- By year’s end, every student graduates with a digital portfolio of original projects — including web apps, games, and robotic modules — that highlight both creativity and coding depth.
Target audiences
- Young Kids (Ages 7–9): Creative explorers new to coding, enjoying story-based animation, simple games, and foundational logic using block-based coding.
- Preteens (Ages 10–12): Learners transitioning from visual coding to hybrid block-text tools, gaining confidence with variables, functions, and basic web development.
- Teens (Ages 13–15): Developing proficiency in Python, web APIs, and data visualization, working on more complex projects and programming concepts.
- Older Teens (Ages 16–17): Advanced coders focusing on software engineering, algorithms, databases, specialized tech topics like AI or cybersecurity, and culminating capstone projects.
- Extended Audience: Parents: Looking to empower their children with future-ready coding, creativity, and problem-solving skills in a supportive and structured online learning environment.
- Educators and Mentors: Interested in a curriculum that balances rigorous skill progression with engaging, project-based learning tailored for virtual classrooms.