Early learningPreschool skills · Early reading · Screen time · Montessori & play-based · Educational toys & games
Reading & mathReading programs · Math programs · Tutoring
STEM & codingCoding · Robotics kits · Science kits
LanguagesLanguage apps · Courses & tutors
HomeschoolCurricula · Planning & records · Online schools
Test prepSAT & ACT · Graduate exams · Professional exams
Online courses & adult learningCourse platforms · Certificates & bootcamps
Study tools & classroomCalculators & devices · Study apps · Classroom & teachers · Classroom furniture & boards
Learning supportDyslexia & reading · Assistive tools
Arts & music learningArt learning · Music learning
  1. Home
  2. Buying guides
  3. How to Choose a Coding Kit or Course by Age
Coding for kids

How to Choose a Coding Kit or Course by Age

The right coding tools for each age: screen-free coding robots for preschoolers, ScratchJr and Scratch block coding, then Python and real projects for teens.

Quick answer

Preschoolers learn sequencing best with screen-free coding robots and cards. Children about 5 to 7 can use ScratchJr, and Scratch is designed for ages 8 to 16. Around age 11 to 13 many children are ready for text-based languages such as Python, often through microcontroller and robotics kits. Match the kit to the child's reading level, and favor tools that let them make their own projects.

Coding tools are designed for specific ages and reading levels. Picking the right stage matters more than the brand.

Stages by age

Age Approach Examples of tool types
4 to 6 Screen-free sequencing Coding robots with cards or buttons
5 to 7 Picture blocks ScratchJr on a tablet
8 to 12 Block coding Scratch, block-based robotics kits
11 to 14 Blocks to text Microcontroller boards with block and Python modes
13 and up Text languages Python, JavaScript, game and app projects

Scratch was designed for ages 8 to 16 and ScratchJr for ages 5 to 7. Both are free.

What to look for

  • Creation, not just puzzles. Kits that let children build their own projects keep them learning longer than level-based games.
  • A path forward. Kits that switch from blocks to Python avoid starting over.
  • Reading level. Instructions should match the child’s reading.
  • Expansion. Sensors, motors and add-ons extend a robotics kit.
  • Cost of the whole system. Some kits need a tablet or a subscription.

Courses and clubs

After-school clubs, online courses and summer camps add structure and other kids to build with. For older students, see online courses.

Balance

Pair screen-based coding with hands-on science kits and keep an eye on overall screen time. Students heading into STEM coursework will also need the right calculator.

Browse STEM and coding.

Common questions

What age can kids start coding?

Children as young as 4 can learn sequencing with screen-free coding toys. Block-based coding usually starts around 5 to 7 with ScratchJr.

Is Scratch free?

Yes. Scratch and ScratchJr are free tools from the Scratch Foundation and MIT.

When should a child move to Python?

When they are comfortable reading and typing, and can build Scratch projects with variables and loops, often around 11 to 13.

Are robotics kits worth it?

They are a good next step because code makes something move, which keeps many children engaged. Check the age range and which languages it supports.