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Quantum Computing Course

Quantum Computing Training Program transforms you into a quantum computing professional, covering foundational concepts to advanced applications including quantum algorithms, error correction, cryptography, machine learning, and quantum hardware.

At Quality Thought, we understand the revolutionary potential of quantum technologies. Our curriculum spans from classical computing foundations to cutting-edge quantum applications, aligned with industry tools and platforms. Whether you choose our offline or online training option, you’ll receive personalized attention and hands-on coding experience in Qiskit, Cirq, and other quantum development frameworks.

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Quantum Computing Course Upcoming Batches

Date:

8th October

Time

 07:00 AM TO 08:00 AM

Program Duration:

80-100 Days 

Learning Format:

Training

Course Curriculum

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Master in Quantum Computing Overview

At Quality Thought, we offer India's leading quantum computing training program that covers the entire spectrum from basic concepts to professional applications. Our courses are meticulously designed to align with industry requirements, ensuring our students are equipped with the most sought-after skills in this emerging field.

KEY HIGHLIGHTS

Comprehensive Quantum Fundamentals

Gain a solid foundation in quantum mechanics, linear algebra, and quantum information theory.

Real-World Project Experience

Apply quantum concepts to real-world projects through hands-on coding exercises and simulations.

Industry-Relevant Tools

Work with Qiskit, Cirq, PennyLane, and other industry-standard quantum computing frameworks.

Career-Focused Training

Prepare for roles in quantum software development, algorithm design, and quantum research.

Comprehensive Training

Quantum Computing Course Key Features

Skills Covered

Training Skills

Skills Covered

Skill Covered

Offered Programs

Exclusive Training

Course Curriculum

  • Classical vs Quantum computing overview

  • Bits, bytes, binary addition

  • Boolean logic & truth tables

  • Logic gates and circuit construction

  • Python implementation of Boolean functions

  • Complex numbers refresher

  • Vectors, scalars, and matrices

  • Tensor products and Bra-Ket notation

  • Qiskit setup and basic quantum circuits

  • Wave-particle duality

  • Qubits and quantum states (|0⟩, |1⟩, superposition)

  • Probability amplitudes and measurement

  • Bloch sphere representation

  • Multi-qubit systems and entanglement

  • Pauli gates (X, Y, Z)

  • Special gates (H, S, T, RÏ•)

  • Controlled gates (CNOT, Toffoli)

  • Entanglement generation and Bell states

  • Qiskit implementation and visualization

  • Pseudorandom vs true random numbers

  • Quantum coin flip experiment

  • Quantum random number generator in Qiskit

  • Oracles and black box functions

  • Classical vs quantum query complexity

  • Deutsch’s algorithm and circuit

  • Qiskit implementation

  • Big O notation and search problems

  • Oracle construction for Grover’s search

  • Phase inversion and amplitude amplification

  • Qiskit coding and testing

  • History of quantum mechanics

  • Evolution of quantum computing

  • Current technologies (IBM Q, Google, D-Wave)

  • Future research and career paths

  • Quantum coin flip with visualization

  • 2-qubit entanglement generator

  • Simple Grover search application

  • Presentation and peer review

  • Quantum Fourier Transform (QFT)

  • Phase estimation and applications

  • Shor’s algorithm for factoring

  • Variational algorithms (VQE, QAOA)

  • Hands-on implementation in Qiskit

  • Quantum noise and decoherence sources

  • Error models (bit-flip, phase-flip, depolarizing)

  • 3-qubit repetition code and Shor code

  • Logical qubits and fault-tolerance threshold

  • BB84 protocol and no-cloning theorem

  • E91 entanglement-based QKD

  • Quantum teleportation and superdense coding

  • Qiskit implementation of BB84 and teleportation

  • Introduction to QML motivation

  • Data encoding strategies

  • Quantum feature maps and kernels

  • Quantum classifiers (QSVM, VQC)

  • Qiskit Machine Learning library hands-on

  • QML model implementation

  • QEC code simulation

  • Quantum chemistry simulation

  • Quantum cryptographic protocol implementation

Why Choose Quality Thought

100% Success Rates in the Placement for Skilled People

A gate way to your🤔 Bright Future in the IT industry

Connect with us for Life-changing opportunities

Testimonials

The course breaks down tough concepts like qubits and superposition into simple terms. The Qiskit exercises helped me see quantum computing in action. By the end, I could build basic circuits and run algorithms. Perfect for beginners who want a strong foundation.

Sujay

I was scared of quantum math, but the linear algebra refresher made it easy. The Bloch sphere demo cleared up superposition for me. Hands-on coding with real quantum gates was the best part. Now I feel confident exploring more advanced topics.

Peter

Grover’s Algorithm used to confuse me, but the step-by-step lessons and Qiskit demos made it click. The instructor’s examples were super practical. I finally understand how quantum search works—way better than textbooks!

Sandeep

The quantum cryptography module was mind-blowing. Learning BB84 and teleportation with actual code was incredible. The course balances theory and practice perfectly. Even with no physics background, I could keep up.

Sagar

Key Facts Of Quality Thought

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Job Oriented Intensive Program (JOIP)

student oriented

50000+ Students Trained

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15000+ Students Placed at Different Levels

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Training by Realtime Industry Experts

Company

Tie Up With 250+ Compaines

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Educated 15+ BPO & Back Office/Ops on IT Trends

Certification

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Frequently asked questions

Students can benefit from our State-of-the-art lab infrastructure facilities at all our training centers across the city. Our lab facilities are available throughout the day on all working days. For our online students, they can connect to our servers and other lab facilities over the internet and practice. These facilities are available 24X7.

If the student misses out on attending any session, he or she can re-attend the session by:
1. Attending the same session in another batch if the student is attending the classroom-based session.
2. For online sessions, recording of the classes can be accessed by the student at all times to help revisit and listen the sessions missed out.

All our trainers are real-time industry experts with a minimum of 10+ years of experience. Complete profiles of our trainers are available for review at our center and students are free to come interact with them and learn more about them, before enrolling for programs.
All training programs conducted by Quality Thought are available in 3 modes, instructor-based classroom programs, instructor-based live online training, and self-paced video-based training. Students can choose

All discounts are subject to a case-to-case basis. Please feel free to meet our administration staff to have a better discussion on the same. We do offer a variety of discounts and concessions to our students coming in from different backgrounds.
For all corporate training requirements please feel free to get in touch with our administration staff managing corporate marketing and interaction. We have of the finest programs and offer to corporate with best-in-class programs.

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