About HashHackCode

We Build the Thinking Behind Technology

Since 2019, HashHackCode has built tech education that adapts to the learner rather than asking the learner to fit a fixed way of learning. What began in Chennai with three neurodiverse students has grown into an inclusive curriculum that develops reasoning, creativity, communication, problem-solving and technology capability for a changing world.

Learners and mentors of different ages working together at a table

hello

Hello, We’re HashHackCode

Technology education often begins with the tool: which application to open, which command to enter and which steps to follow. Those instructions may help someone complete a task, but they do not necessarily help the learner understand the problem, make a decision or apply what they know when the tool changes.

HashHackCode begins with the learner. We use technology as a medium for developing reasoning, creativity, communication, mathematical thinking, problem-solving and independent learning. Our work is grounded in the belief that different cognitive abilities, learning styles and starting points require thoughtful routes into learning, not lower expectations of what a learner can understand or create.

Manu Sekar, CEO and Founder of HashHackCode
Manu SekarCEO & Founder

our-story

It Started With Three Learners

In 2019, our founder Manu Sekar saw how conventional technology education could exclude people who did not learn at a standard pace or through a standard method. When everyone is given the same explanation, task format and measure of progress, difficulty can appear to belong to the learner when it often comes from the way the learning itself is structured.

HashHackCode began in Chennai with three neurodiverse learners and a clear purpose: make technology education accessible by understanding how each person learns. Whether a learner is autistic, has an intellectual disability, is an older adult or simply processes information differently, technology can support expression, independence and opportunity when learning is designed to include them.

the-methodology

What We Learned Building for Diverse Learners

Teaching the first HashHackCode learners meant rebuilding the learning process from the foundations. Complex ideas had to be broken into manageable steps without losing their purpose. Readiness had to matter more than age, practice had to show how a learner was reasoning, and support had to move the learner towards greater independence rather than dependence.

Those decisions became the basis of the HashHackCode learning methodology. Graded Learning makes complexity manageable, Experiential Learning turns understanding into action, Intuitive Learning reduces unnecessary barriers to learning, and Progressive Learning increases challenge as capability develops. The methodology began as a response to exclusion, but its principles apply more widely because they make the route to understanding clearer while preserving the level of challenge.

  1. method/01

    Graded Learning

    Makes complexity manageable.

  2. method/02

    Experiential Learning

    Turns understanding into action.

  3. method/03

    Intuitive Learning

    Reduces unnecessary barriers to learning.

  4. method/04

    Progressive Learning

    Increases challenge as capability develops.

our-journey

Our Journey

  1. 2019

    Journey for Inclusion

    HashHackCode began in Chennai with three neurodiverse learners, exploring how technology education could adapt to different ways of understanding, communicating and creating. Our early work also created opportunities for women from underserved communities to participate in technology education.

  2. 2020

    Learning Without the Classroom

    The pandemic moved HashHackCode online, extending access beyond Chennai and showing that personalised, inclusive learning could continue across different locations and learning environments.

  3. 2021

    Technology for Accessibility

    HashHackCode graduates built a website that made COVID-19 data more accessible, including for people with visual impairments, applying their technology skills to a real public need.

  4. 2021

    Exploring New Forms of Digital Creation

    Learners explored emerging digital technologies including the Metaverse and NFTs, using them as new environments for creativity, experimentation and expression.

  5. 2022

    From Learners to Mentors

    HashHackCode graduates began mentoring others and sharing what they had learned through wider technology communities and events, including Google Next.

  6. 2022

    Our First Graduation

    We celebrated our first graduation ceremony, marking the progress of 40 HashHackCode graduates.

  7. 2023

    Extending Inclusion Into Work

    We launched Cherized, extending our work in inclusion from learning environments into the workplace.

  8. 2024

    Creating With Generative AI

    HashHackCode learners built an application using the Gemini API at Google I/O 2024, applying their coding and problem-solving skills to emerging AI technology.

  9. 2024

    Expanding Access Through CodeLab

    CodeLab extended the HashHackCode curriculum into inclusive schools and organisations, allowing more learners to access structured technology education within their own communities.

  10. 2026

    Building for an AI Future

    HashHackCode introduced the Logic Series and Creative Series, bringing reasoning, creativity and technology capability into a connected curriculum designed for a world increasingly shaped by AI. Academy, School and Educator pathways expanded how learners, schools and independent educators could access and deliver it.

what-we-believe

What We Believe

The way HashHackCode began continues to shape how we design learning today. These principles guide how we build curriculum, use technology and support learners towards greater capability and independence.

Different Learners Need Different Routes

Learners differ in how they process information, communicate and respond to challenge. Changing the route into learning does not mean lowering the expectation; it creates a clearer path towards the same meaningful understanding.

Technology Should Extend Human Capability

Technology should help people understand, create, communicate and solve problems with greater capability. As tools become more powerful, the learner should remain responsible for the intention, reasoning and judgement that give the work direction.

Learning Should Lead to Independence

Understanding matters when a learner can apply what they know beyond the task in which they first learned it. Support should therefore change as capability grows, helping learners take increasing ownership of planning, problem-solving, reflection and decision-making.

Join HashHackCode

HashHackCode is built by people who believe technology education should develop how learners think, create and grow in independence. We’re always interested in people who bring strong subject knowledge, thoughtful teaching and a genuine interest in building learning that works for different minds.