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Quantum Computing-
Fundamentals
The Quantum Computing Fundamentals course by IIT Madras Pravartak introduces school students to the fascinating world of quantum computing and the principles behind next-generation computing technologies. Through an expert-led live online session, curated learning resources, and engaging examples, students will discover how quantum computers work, understand basic quantum concepts, and explore why quantum computing can be powerful for solving certain types of problems. Earn an IIT Madras Pravartak certification and build a strong foundation in one of the most promising technologies of the future.
Course Date & Time
17th October, 2026 - Live Session, 6–8 PM IST
Expert
Eligibility
School Students, Class 7-12
Mode
Online, Live sessions
Course Overview
About The Course
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:
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.
1
Attend Free Training
Build your foundation with live training.
2
Register for the Exam
Reserve your certification assessment slot.
3
Attend the Exam
Complete your secure AI-proctored online exam.
4
Get Your Certificate
Earn your industry-recognized certification.
Eligibility Criteria
For school students interested in computers, science, mathematics, emerging technologies, and understanding how next-generation computing systems work.
No prior knowledge of quantum computing is required.
Syllabus for the Course
- 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.
Benefits & Learning Outcomes
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.
Course Instructor
Dr. Noor Mahammad SK
Associate Professor and HOD, IITDM Kancheepuram, IIT Madras Alumnus
View Profile
Dr. Noor Mahammad SK brings strong expertise in computer architecture, network system design, and high-performance VLSI architectures relevant for secure and efficient computing systems. He holds a Ph.D. in Computer Science and Engineering from IIT Madras (2005–2009), an M.Tech. in Electronics Design Technology from NIELIT Aurangabad (2001–2003), and a B.Tech. in Electronics and Communication Engineering from NBKR Institute (1997–2001).
Research Focus:
His research interests include software for VLSI design, evolvable hardware, reconfigurable computing, network system design, high-performance VLSI architectures for digital signal processing, packet processing architectures, and computer architecture.
Certification Assessment & Grading
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.
About The Course
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:
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.
1
Attend Free Training
Build your foundation with live training.
2
Register for the Exam
Reserve your certification assessment slot.
3
Attend the Exam
Complete your secure AI-proctored online exam.
4
Get Your Certificate
Earn your industry-recognized certification.
Eligibility Criteria
For school students interested in computers, science, mathematics, emerging technologies, and understanding how next-generation computing systems work.
No prior knowledge of quantum computing is required.
Syllabus for the Course
- 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.
Benefits & Learning Outcomes
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.
Course Instructor
Dr. Noor Mahammad SK
Associate Professor and HOD, IITDM Kancheepuram, IIT Madras Alumnus
View Profile
Dr. Noor Mahammad SK brings strong expertise in computer architecture, network system design, and high-performance VLSI architectures relevant for secure and efficient computing systems. He holds a Ph.D. in Computer Science and Engineering from IIT Madras (2005–2009), an M.Tech. in Electronics Design Technology from NIELIT Aurangabad (2001–2003), and a B.Tech. in Electronics and Communication Engineering from NBKR Institute (1997–2001).
Research Focus:
His research interests include software for VLSI design, evolvable hardware, reconfigurable computing, network system design, high-performance VLSI architectures for digital signal processing, packet processing architectures, and computer architecture.
Certification Assessment & Grading
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.
Register Now
- 2-hours live session
- Study materials
- You can register for the exam after completing the training
- Access to Learning Management System (LMS) will be provided Practice Quiz
-
Expert
Dr. Noor Mahammad SK - Associate Professor and HOD, IITDM Kancheepuram, IIT Madras alumnus
Certification Exam
Recommended
₹799 (Incl. GST)
Attend free training and opportunity to earn a certificate from IIT Madras Pravartak!
REGISTER FOR FREE TRAINING ANDCERTIFICATION EXAM
- 2-hours live session with study materials
- 1-hour exclusive Q&A session for participants registered for the certification exam
- 60-min AI proctored online exam
- Last date to Register: 29th October, 2026
- Exam dates: 31st October & 1st November, 2026
- Official IIT Madras Pravartak certificate
- Graded A–D (score 40%+ to qualify)
About
IITM Pravartak
IITM Pravartak Technologies Foundation is a section 08 Company housing the Technology Innovation Hub on Sensors, Networking, Actuators, and Control Systems (SNACS). We are committed to transforming the frontiers of knowledge. Our start-up ecosystem is the nurturing space of brilliant professionals, Innovative entrepreneurs, curious young talents, and inquisitive students. With world-class infrastructure, equipment, and experienced mentors, we have everything to offer for the technology-hungry brains.IITM Pravartak is funded by the Department of Science and Technology, Government of India, under its National Mission on Interdisciplinary Cyber-Physical Systems, and hosted as a Technology Innovation Hub (TIH) by IIT Madras. The NM-ICPS is a comprehensive Mission aimed at complete convergence with all stakeholders by establishing strong linkages between academia, industry, Government, and International Organizations.
About
BodhBridge Education
BodhBridge was an IIT Madras incubated company established in 2008. BodhBridge ESPL works closely with Schools, Colleges, Governments, etc. by providing various services to help students. BodhBridge has been selected for the NASSCOM Emerge 50 Awards, 2011. As part of their journey, they helped more than 5 Lakh students through Career Guidance programs, Campus Placement Preparation programs, Career Development, Career Assessments, Teacher Training programs, Certification Programs, Competitive Exam preparation, etc. BodhBridge specializes in employability assessment and career assessments.
