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Teens · Ages 13 to 18

Online Coding Classes for Teens, Ages 13 to 18

Teens learn the tools working developers use, including Python, JavaScript, React, and AI APIs, and leave with deployed projects they can put on a college or scholarship application.

Ages
13 to 18
Format
Live on Zoom
Outcome
Deployed portfolio
First class
Free

What coding should a teenager learn?

Most teenagers should start with Python, because it is readable and is the main language for AI and data work, then add JavaScript and React to build web apps. At ScholarlyEcho, teens aged 13 and up move from Python into full-stack web development, AI engineering, and product building, and finish with live projects they can show colleges and employers.

What teens learn

Teens who are new to coding start with Python fundamentals. Those with some experience move straight to JavaScript, React, Node.js, and GitHub, building full-stack web apps the way professional teams do.

From age 14, teens can take the AI Developer track: machine learning, prompt engineering, computer vision, and building applications on top of large language model APIs. From 16, the Product Builder track takes them through designing, building, and launching a real software product.

  • Python, JavaScript, React, and Node.js
  • AI chatbots, image classifiers, and GPT-powered apps
  • Version control with Git and GitHub
  • A launched product with a live URL

A portfolio for college and scholarships

Every level ends with work a teen can show. Completed projects form a portfolio suitable for college applications, scholarships, internships, and coding competitions, and each cohort ends with a Demo Day where learners present what they built.

Advanced teens can apply to Code Prodigy, an application-only cohort with industry mentors, hackathons, and competition training.

Mentorship, not just lessons

ScholarlyEcho pairs technical classes with guidance from people already working in software and AI. Teens learn which projects are worth building, how to talk about their work, and what the route into a first role actually looks like.

Where learners start on the Coders Ladder

The Coders Ladder is ScholarlyEcho's five-level curriculum. Learners are placed by ability after a free assessment, so these ages are starting points rather than limits. See the full curriculum.

Level 2 · Intermediate · Ages 10+

Builder

Tools: Python, HTML, CSS, MIT App Inventor, Micro:bit

Builds: Android apps, personal websites, and Python scripts

Level 3 · Advanced · Ages 13+

Creator

Tools: JavaScript, React, Node.js, GitHub, no-code tools, generative AI design

Builds: full-stack web apps and no-code products

Level 4 · Advanced · Ages 14+

AI Developer

Tools: Python, NumPy, Pandas, OpenAI APIs, OpenCV, Jupyter

Builds: AI chatbots, image classifiers, and GPT-powered apps

Level 5 · Expert · Ages 16+

Product Builder

Tools: Next.js, Supabase, PostgreSQL, Stripe, Vercel, Figma

Builds: launched software products with real users

Plans and pricing

Billed monthly in U.S. dollars. Sibling discounts and need-based scholarships are available, and the first assessment class is always free.

Standard

$200 / month

Two live group sessions per week in a class of 4 to 10 learners.

Premium 1-on-1

$350 / month

Eight private one-on-one sessions per month with a dedicated tutor.

Code Prodigy

$450 / month

Application-only elite cohort with industry mentors and hackathons.

Compare every plan

Online across the United States

Classes run live on Zoom, so learners join from any state, with slots for Eastern through Pacific time. Learners also join from the UK, Nigeria, Ghana, and Kenya.

Safe for young learners

Instructors are background-checked, cohorts are small, and parents of learners under 13 may observe. Read our safeguarding policy.

Skill plus mentorship

Technical classes are paired with guidance from people already working in software and AI. About ScholarlyEcho.

Frequently asked questions

Is it too late for a teenager to start coding?

No. Teenagers learn to code quickly because they can handle text-based languages from the start. A teen with no experience at ScholarlyEcho begins with Python fundamentals and can be building web apps and AI projects within the same school year.

Will coding classes help with college applications?

Yes, when they produce real work. ScholarlyEcho teens finish with deployed projects, a GitHub history, and a Demo Day presentation, which give admissions readers concrete evidence of initiative and technical skill rather than a certificate alone.

Do teens learn artificial intelligence?

Yes. From age 14, teens can take the AI Developer track, covering machine learning, prompt engineering, computer vision, and building apps with large language model APIs. Younger teens build the Python foundation that AI work depends on.

How much do the classes cost?

ScholarlyEcho plans are billed monthly in U.S. dollars. Starter is $110 per month for one live group session per week, Standard is $200 per month for two live group sessions per week, and Premium 1-on-1 is $350 per month for eight private sessions. Families enrolling more than one child receive 10 percent off the second child and 15 percent off the third, and need-based scholarships are available.

Is there a free trial class?

Yes. Every new ScholarlyEcho learner starts with a free 30-minute assessment class with an instructor. It establishes the learner’s current level, recommends a track, and produces a written learning plan the family keeps. No payment card is needed and there is no obligation to enroll.

Can learners anywhere in the United States join?

Yes. ScholarlyEcho classes are taught live online over Zoom, so learners join from any U.S. state. Weekday, weekend, morning, and evening slots are available, and sessions are scheduled with the learner’s time zone in mind, from Eastern to Pacific.

Start with a free 30-minute assessment

Meet an instructor, find the right starting level, and leave with a written learning plan. No card required.

Book the free class