Embark on your Quantum journey to

build

the future

We are a quantum computing learning platform pushing the boundaries of what’s possible to shape the future of computing. Let’s get you started on your quantum computing today.

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Building 1M+ Active Monthly Learners

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New to this field?

Why Quantum Computing?

Learning quantum computing offers several benefits and opportunities.

  • Understanding Future Technology

    Quantum computing is a rapidly advancing field with the potential to revolutionize various industries, including cryptography, pharmaceuticals, materials science, and artificial intelligence. With quantum computing you can understand the principles behind these future technologies.

  • Problem-solving Capabilities

    Quantum computers have the potential to solve certain types of problems much faster than classical computers. By learning quantum computing, you can gain insights into how to approach complex problems more efficiently and effectively.

  • Career Opportunities

    As quantum computing continues to evolve, there is a growing demand for skilled professionals in this field. Learning quantum computing can open up diverse career opportunities in research, academia, technology companies, government agencies, and more.

  • Contributing to Innovation

    Understanding quantum computing principles, you can contribute to the development of new algorithms, applications, and technologies that harness the power of quantum mechanics. This field is still in its early stages, offering new opportunities for innovation and discovery.

Interactive Lessons

Accelerate your career in Quantum computing

Starting a new career in tech or accelerate in your existing tech career, engineering or product role with the accountability of showing up for interactive lessons with experts.

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Foundations of Quantum Physics

Lessons starts . 10weeks

Amazing learning map

What you will learn

Learning quantum computing offers several benefits and opportunities.

  • Maths

    Foundational maths in algebra is good enough for learners to start. During the course learners will get introduced some maths to help with the understanding of how quantum computing works.

    Maths
  • Quantum physics

    Explore the foundational principles of quantum mechanics, including wave-particle duality, superposition, and quantum entanglement. Learn about the principles and operations of quantum computing.

    Quantum physics
  • Analytical Skills

    Quantum computing often involves breaking down complex problems into smaller components. Learners will be able to decompose large problems into smaller units, a fundamental skill in analytical thinking.

    Analytical Skills
  • Programming

    Since quantum computing often support programming languages designed specifically for quantum computation. Learners will become familiar with the syntax, semantics, and features of these languages

    Programming
  • Quantum Computing

    Just as classical computers execute algorithms to solve problems, quantum computers employ quantum algorithms. Learners will explore prominent quantum algorithms such as Shor's algorithm, Grover's algorithm and understanding their underlying principles.

    Quantum Computing

Our Vision

Why 17Quantum

Welcome to a learning unlike anything you’ve ever seen before. We are driving a new narrative in the future of computation and we want you to be a part of this future.

Preparing Africans for the next computer revolution.

As nations race to harness the potential of quantum technologies, it is imperative that the Africa continent does not lag behind but rather emerges as a frontrunner in this revolution. As a quantum computing education platform tailored for African learners we believe we hold the key to unlocking this potential.

As part of our role as forerunners of quantum computing in Africa, we are offering a free and a low-cost fee access to our resources. We are aiming to solve localized Africa societal problems in healthcare, energy, agriculture with quantum computing. Through simulations, coding exercises, and access to real quantum computing hardware, we are providing learners practical experience and develop proficiency in designing and implementing quantum algorithms.

We are forging alliances with local universities, research institutions, and tech companies, to tap into existing expertise and resources, enriching the learning experience for learners whilst giving access to funding opportunities, catalyzing innovation and entrepreneurship in the region.

Our Community building is essential for fostering a supportive learning environment. Through forums, discussion groups, and networking events, learners can exchange ideas, collaborate on projects, and receive mentorship from experienced professionals.

By nurturing a vibrant community of learners, educators, and practitioners, our platform cultivates a culture of collaboration and lifelong learning. With quantum computing tailored for Africa we become part of the next computing revolution, sharing our diverse story with the next generation on the role we played in birthing a future for them to live freely in.

A great team put together for you

With a great support from our first pioneers we are creating an amazing team at 17Quantum

  • Agbo Dozie

    Agbo Dozie

    Co-Founder (CEO)

  • Oghale Trust

    Oghale Trust

    Co-Founder (COO)

  • Ehigimetor Chris

    Ehigimetor Chris

    Co-Founder (CTO)

Find your learning buddy

Join our community

Be a part of our amazing quantum community and get learn, make new friends and build new skills for your career.

Join a global community of quantum enthusiasts, researchers, and innovators to push the boundaries of what's possible and shape the future of computing.

Join community
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Have Questions?

Frequently Asked Questions

Find answers to the most common questions about our community, resources, and how you can get started. Explore the FAQs to learn more.

Quantum computing is a field of computing that uses quantum-mechanical principles, such as superposition and entanglement, to perform computations. It differs from classical computing by leveraging qubits instead of bits to process information.