Coding With Kids built a ladder. Kids kept climbing.

In December 2013, two parents went into their children’s schools in Redmond, Washington, to teach an Hour of Code. The revealing number came afterward. More than 80 children registered for future classes. A volunteer event had uncovered demand for something that would outlast the event itself. Coding With Kids began with a useful question: once a child wants to keep coding, where should that child go?

Eighty children wanted another hour

The founders brought complementary experience. Marek Brejl had worked on medical-imaging algorithms and led software teams at Microsoft. Jitka Brejlova had managed a network of 200 academic and licensure test centers for Pearson. One understood software development; the other understood how education gets delivered across locations. Their first after-school clubs opened in early 2014.

“There was no funding. No office. No salary for the first year.”

From the company’s account of its beginnings

The early evidence was wonderfully tangible: more than 200 thank-you cards. Children wanted the visitors back. That does not prove a lasting business, but it gives a founder something concrete to test. The transferable move was modest: deliver one useful experience, then see whether people commit to the next one.

A belt system for the keyboard

The company’s signature product, Coder’s Ladder®, borrows the logic of martial arts belts. Students climb defined levels, with advancement tied to demonstrated skills. Its ambition is continuity: a beginner should have somewhere to go after the introductory course. The curriculum describes a progression from visual programming to increasingly complex software projects.

That matters because “my child took coding” can mean almost anything. Did the child follow instructions, understand a loop, or learn to debug independently? A level gives families a vocabulary for discussing progress. Coding With Kids uses individual scorecards and project-based graduation sessions, making the next step something a student can demonstrate.

Tech Pathways supplies another entrance. These specialty tracks organize subjects by age, experience, and interest, with beginner, intermediate, and advanced courses. A child can explore Minecraft modding or Python without treating every school break as another start from zero. Camps and enrichment make room for exploration alongside the longer academy sequence.

The price of a person

The purchase is live instruction. Small-group academy classes meet online for 75 minutes, with up to six students. Private lessons run 50 minutes with a reserved instructor and weekly time. A student can ask for help while the problem is still on screen. That immediacy is part of what tuition buys.

Entry has its own choreography. The group program offers a Welcome Class before the ongoing lessons, followed by a parent orientation. Individual scorecards make progress visible to families. Eligible missed group classes can receive support through instructor-led Office Hours. These are practical answers to familiar reasons an extracurricular activity becomes difficult to sustain.

The model asks something of the family, too: a recurring appointment, a workable online setup, and money. For a child who happily experiments alone, a free coding activity may be enough. For one who needs timely explanation or regular company, the teacher and peer group give the paid format a clearer purpose.

The school buys the plumbing, too

There is a second customer behind the child: the school trying to offer computer science without building an entire program. Coding With Kids handles registration, scheduling, instructor support, and parent communication alongside the curriculum. Its Virtual+ format pairs a live remote teacher with a staff member in the classroom.

One school testimonial makes the problem unusually clear. Good Hope Country Day School, in St. Croix, describes the difficulty of finding a programming teacher on an island, especially someone able to teach several technology subjects. Remote instruction addresses a staffing constraint. For that customer, the product reaches beyond an engaging lesson to include access to expertise.

This creates a business with several doors: weekly family tuition, private lessons, seasonal camps, and school partnerships. The common asset is a curriculum that can travel between them. The less visible requirement is coordination. A good lesson plan still needs an instructor, a roster, the right student accounts, and a family that knows when to arrive.

Affordability requires another mechanism. Amazon named Coding With Kids as a Future Engineer partner in 2018, funding lessons and camps for underserved children. The academy records additional Amazon-sponsored scholarships in 2019. Sponsorship helps extend access to an instructional service whose human labor still has to be paid for.

First the thinking. Then the tools.

Progression alone does not distinguish the company. Code Ninjas also uses a belt system and game-building projects. Coding With Kids’ particular proposition combines its curriculum with live online continuity, private instruction, and school delivery. A family’s choice depends on the setting, the teacher, and whether the next level fits the child.

Its current AI policy makes the sequencing explicit. Levels one and two use no AI tools. Later stages introduce help with errors and debugging, then testing and development workflows. The educational judgment is that assistance should arrive after students have foundations for evaluating it. A working program matters; understanding why it works matters, too.

The arrangement has limits. The company’s FAQ allows cancellation when a class fails to reach minimum enrollment, with efforts to transfer students or provide credit or a refund. Small groups offer attention, but they also need enough families on the same schedule. That is an ordinary constraint of education services, even when the classroom is online.

The lesson for parents is easy to copy. Ask a provider to show the next step, explain how a student earns it, and describe what happens when someone gets stuck. That is a more useful conversation than counting programming languages. The first hour creates interest. The arrangement around the following hours decides whether there is somewhere to climb.