Quantum Computing Fundamentals introduces students to the basic principles of quantum computing and how quantum systems differ from conventional computers. Students will explore fundamental quantum concepts, understand the building blocks of quantum circuits, and get an introduction to quantum algorithms and their potential applications.

The course aims to help students understand the fundamentals of quantum computing, develop awareness of emerging computational technologies, and explore how quantum computers could address complex problems in the real world.

Course Schedule:

Course Duration: 8 hours
Live Expert Session: 17th October, 2026 - Live Session, 6–8 PM IST
Certification Examination: 31st October & 1st November, 2026

Course Duration & Learning Format:

Learning Experience, including:

• 2-hour live interactive session with an expert
• Curated reading and learning materials
• Self-paced learning through our LMS
• Introduction to quantum concepts through easy-to-understand examples
• Exploration of quantum circuits and algorithms
• Real-world applications of quantum computing
• Online certification examination

Learning Journey:

Follow these four steps end-to-end to earn your certification.

For school students in Classes 7 to 12 interested in computers, science, mathematics, emerging technologies, and understanding how next-generation computing systems work.

No prior knowledge of quantum computing is required.

• Module 1: Introduction to Quantum Computing
  Basics of quantum computing and classical computing.
• Module 2: Quantum Concepts
  Qubits, superposition, and measurement.
• Module 3: Quantum Circuits & Algorithms
  Quantum gates, circuits, and algorithms.
• Module 4: Quantum Computing Power
  Quantum advantage and its potential.
• Module 5: Applications
  Applications in cryptography, finance, healthcare, and research.

By the end of the course, students will be able to:

• Understand the fundamentals of quantum computing.
• Differentiate between classical computers and quantum computers.
• Understand the basic concept of a qubit and how it differs from a classical bit.
• Explain fundamental quantum concepts such as superposition and measurement.
• Understand the basic structure of quantum circuits and quantum gates.
• Gain an introductory understanding of quantum algorithms.
• Understand why quantum computers can be powerful for certain computational problems.
• Explore real-world and emerging applications of quantum computing.
• Develop awareness of future opportunities in quantum technologies.

IIT Madras Pravartak Certification upon successful completion of the online certification examination.

Your final examination score determines the grade awarded on your certificate. Grades are assigned according to the following criteria:

• Grade A — 85% and above
• Grade B — 75% to below 85%
• Grade C — 60% to below 75%
• Grade D — 40% to below 60%

Candidates must achieve a minimum score of 40% to be eligible for certification.