Quantum Computing Course 2025

Organized by IIT Roorkee & Centre for Development of Advanced Computing With the support of Ministry of Electronics and Information Technology (MeitY), Government of India.

Course FAQ Link

Joining Links:

Zulip QCTraining ChatRoom Invitation Link . This is the only official discussion forum platform

Access to Quniverse platform can be requested from following link Request Link. It might take 1-2 working days to enable your account.

Access to QSim indigenous simulator can be achieved by sending request email on [email protected]

Week One :: Day 1 :: 3rd May 2025

Webinar Topic	Inauguration Ceremony followed by Technical sessions. Week 1-Day-1 :: 3 May :: One Month Course on Quantum Computing By C-DAC and IIT-Roorkee
Date and time:	Saturday, 3rd May 2025, IST 10:00 AM
Recorded YouTube Link	https://www.youtube.com/live/GLAE1HaoelA

Week One :: Day 2 :: 4th May 2025

Webinar Topic	Technical sessions Week-1 Day-2 :: 4th May 2025:: One Month Quantum Computing Course by C-DAC & IITR
Date and time:	Sunday, May 4, 2025 , IST 10:00 AM
Recorded YouTube Link	https://www.youtube.com/live/tNcD6hJmQNA

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Course Date :

03 May 2025 to 25 May 2025

Course Timings :

10:00 AM IST to 01:00 PM IST

Mode :

Online (on Weekends only)

Course Duration :

4 WEEKS (CLASSES ON SATURDAY AND SUNDAY EVERY WEEK IN ONLINE MODE)

Course Content ::

Details

Week 1 :: Introduction & Basic operations:

• Intro to qubits, Single qubit states, vector spaces and bases.

• Basics instructions on using Quantum Simulators with examples.

• Quantum gates (single qubit), Multi qubit states, Entanglement and Teleportation.

• Quantum Simulators examples on Teleportation and Superdense coding.

Week 2 :: Multi qubit transformations & Boolean Functions:

• Multi qubit computational basis, Multi qubit gates/measurements, Universal quantum gates and approximation of quantum gates.

• Quantum Simulators examples for topics covered.

• Quantum versions of classical operations, reversible classical gates, Boolean function oracles (construction and complexity).

• Quantum Simulators examples for topics covered.

Week 3 :: Basic quantum algorithms:

• Deutsch and Deutsch algorithm (with a few comments on the quantum advantage)

• Quantum Simulators demonstration of the algorithm.

• Simon’s algorithm (with a few comments on hybrid quantum algorithms)

• Quantum Simulators demonstration of the algorithm.

Week 4 :: Advanced quantum algorithms & QML:

• Grover’s search algorithm, Harrow–Hassidim–Lloyd (HHL) algorithm, VQE algorithm etc.

• Introduction to QSim

• Quantum Machine Learning

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Prerequisites ::

Basic Knowledge of Python Programming, Linear Algebra and Physics

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Contact Email Id: [email protected]