Introduction to Quantum Computing: Quantum Algorithms and Qiskit (NPTEL-SWAYAM)
by Indian Institute of Technology (IIT),Madras
NPTEL & IIT Madras Certificate
A 4-week NPTEL-SWAYAM online program by IIT Madras and IBM Quantum on quantum algorithms and Qiskit programming.
Mode
Online
Fee
₹1,000
Participation format
Individual
Duration
4 weeks
Time needed
Self-paced video lectures with weekly assignments over 4 weeks
Eligibility
Open to school students with foundations in linear algebra, alongside undergraduates, researchers, and faculty from Computer Science, Physics, Mathematics, and Chemistry. Available nationwide via NPTEL-SWAYAM.
- Grade level
- Grade 11 to 12
- Eligibility region
- Available nationwide across India
- Academic requirement
- Basic linear algebra is a stated prerequisite. Targeted at students, researchers, and faculty from Computer Science, Physics, Mathematics, and Chemistry.
- Prerequisites
- Basic linear algebra
See if your child qualifies.
Rewards and recognition
Certificate
NPTEL & IIT Madras E-Certificate
E-certificate issued by NPTEL and IIT Madras on successful completion of the proctored exam, requiring an assignment average of at least 10/25 and an exam score of at least 30/75.
Recognized by
Career pathways
Direct exposure to IBM Quantum Composer and the Qiskit framework, with instruction from IBM Research and IBM Systems quantum scientists.
Recognition
National recognition via NPTEL
Skills your child builds
Key dates
Last edition
- Registration closed
- 2 Feb 2026
- Dates
- 19 Jan 2026 to 13 Feb 2026
How to apply
- 1Create or sign in to a SWAYAM account
- 2Enrol in the course on the NPTEL-SWAYAM portal before enrolment closes
- 3Complete weekly video lectures and assignments
- 4Optionally register and pay for the proctored exam to receive an e-certificate
Technology requirements
- Computer or laptop with internet access
- Modern web browser to access NPTEL-SWAYAM and IBM Quantum Composer / Qiskit
Fees and financial support
Fee details
Course enrolment and access to lectures and assignments are free. The optional proctored exam, required to receive the e-certificate, costs ₹1,000.
Refund policy
Contact the provider.
About this opportunity
Introduction to Quantum Computing: Quantum Algorithms and Qiskit is a 4-week online program offered by IIT Madras in collaboration with IBM Quantum, delivered via the NPTEL-SWAYAM platform. The program introduces participants to the fundamentals of quantum computing, the IBM Quantum platform, the Qiskit programming framework, and core quantum algorithms.
The program is open to students, researchers, and faculty from Computer Science, Physics, Mathematics, and Chemistry. Basic linear algebra is the stated prerequisite. Course access and enrolment are free; an optional proctored exam (₹1,000) is required for those seeking the e-certificate.
Participants gain hands-on experience with the IBM Quantum Composer and Qiskit, study foundational quantum algorithms including Deutsch-Jozsa and Grover's, and explore quantum error correction along with NISQ-era algorithms such as VQE and QAOA. Successful candidates receive an e-certificate jointly recognised by NPTEL and IIT Madras, with industry exposure through IBM Quantum.
What your child will do
- Video lectures on quantum computing fundamentals
- Hands-on programming with IBM Quantum Composer
- Qiskit coding exercises
- Weekly assignments
- Optional proctored exam
Mentors and faculty
Prof. Prabha Mandayam (IIT Madras), Prof. Anupama Ray (IBM Research, IBM Quantum Ambassador), Prof. Sheshashayee Raghunathan (IBM Systems, IBM Quantum Distinguished Ambassador)
Languages
Academic details
Difficulty: Intermediate
What's covered
Week 1: Fundamentals of quantum computing, IBM Quantum overview, applications and quantum basics. Week 2: IBM Quantum Composer and Qiskit programming. Week 3: Quantum algorithms including Deutsch-Jozsa and Grover's. Week 4: Quantum error correction and NISQ algorithms (VQE, QAOA).
Frequently asked questions
How can participants effectively manage their time to complete the program alongside other commitments?
Effective time management for this program involves setting a consistent schedule for watching video lectures and completing assignments. Breaking down the weekly content into smaller, manageable chunks and utilizing the self-paced nature of the course can help integrate it into existing routines. Prioritizing tasks and dedicating specific blocks of time for study can ensure steady progress.
What are the key benefits of completing this program for students pursuing a career in quantum technologies?
Completing this program provides students with foundational knowledge in quantum computing, hands-on experience with Qiskit, and exposure to quantum algorithms. This practical skill set is highly valued in the emerging field of quantum technologies, offering a significant advantage for internships, research opportunities, and entry-level positions in quantum-related industries.
How can participants assess if this program is the right fit for their academic and career goals?
Participants can assess program fit by reviewing the detailed syllabus, understanding the prerequisites, and considering their interest in quantum computing. The program is ideal for those with a background in Computer Science, Physics, Mathematics, or Chemistry who wish to explore or specialize in quantum algorithms and programming. Aligning the course content with long-term academic or career aspirations is crucial.
What support mechanisms are available for participants who encounter difficulties with the course material or assignments?
Participants can utilize the discussion forums on the NPTEL-SWAYAM platform to post questions and seek clarification from faculty and teaching assistants. Engaging with the online community and reviewing common queries can also provide valuable insights and support for overcoming challenges in the course material or assignments.
What is the significance of the e-certificate from NPTEL and IIT Madras for participants?
The e-certificate jointly issued by NPTEL and IIT Madras signifies successful completion of a rigorous program from a premier institution. It enhances academic credentials, demonstrates proficiency in quantum computing, and is recognized nationally, potentially aiding in higher education admissions or career advancement in relevant fields.
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