Quantum Computing with Qiskit Ultimate Masterclass
A Premium Super High Quality Training course to Master the Fundamentals of Quantum Computing and Gain Hands-On Experience with IBM Qiskit for Quantum Programming
Qualify IBM Qiskit Certification exam successfully in your first attempt
Secure a job in the Quantum Computing field
Implement your knowledge of Quantum Computing to your job and workspace
Conduct successful research and publish your results in the field of Quantum Computing
Complete all your Quantum Computing projects & assignments in your undergraduate degree or master's successfully
Wrap up your Undergraduate or Master's thesis in Quantum Computing Field
Teach Quantum Computing to University or College or School students
Strongly Recommended - Quantum Computing Prerequisite Masterclass Course
Have coding experience with Python Programming language and basic knowledge of computer science
Have basic knowledge of Trigonometry, Complex Numbers, Linear Algebra and Probability
Explore core concepts of Quantum Computing - Superposition, Interference and Entanglement
Learn about Quantum Gates and construct Quantum Circuits with IBM Qiskit
Learn Quantum Teleportation and Superdense Coding with their implementation using IBM Qiskit
Run your Quantum Programs on a real IBM Quantum Computer
Gain Confidence to tackle Quantum Programming challenges organized by various Quantum Computing Industries
Learn and gain background to think and analyze about Quantum Algorithms
This course is primarily for
Beginners who are curious to know about Quantum Computing
High School students with basic background on mathematics and Python programming
University students who want to learn and apply Quantum Computing
Industry professionals who want to up-skill themselves with Quantum Computing
Technology enthusiasts who want to explore the world of Quantum Computing
Business professionals who want to leverage the power of quantum computing in their decision making process
Solopreneurs and Entrepreneurs who want to enter into this cutting-edge field and provide services to others
Anyone who want to start their career in Quantum Computing
Machine Learning, Deep Learning or AI professionals who want to up-skill themselves with Quantum Computing
Comprehensive Quantum Computing Training
Welcome to Quantum Computing with IBM Qiskit Ultimate Masterclass
FREE PREVIEWWhy Learn Quantum Computing? The Motivation
Applications of Quantum Computing
Quantum Computing vs Classical Computing
Course Overview Quiz
Course Introduction and Syllabus
FREE PREVIEWCourse FAQs - Very Important. Please Read This!
FREE PREVIEWInstalling Anaconda IDE
Creating an Environment with Anaconda IDE
Installing IBM Qiskit and its Applications in Anaconda Environment
Classical Computing Introduction
Introducing Classical Computing Hardware
Digital Logic and Operations
Introducing Classical Logic Gates
Constructing Classical Circuits
Complexity of Algorithms
Introduction to Classical Computing Quiz
Mathematics for Quantum Computing
Introducing Vectors and Vector Spaces
Dot Products and Inner Products
Euclidean Norm
Properties of Hilbert Spaces
Matrices and Transformations
Arithmetic of Matrices
Outer Products
Eigenvalues and Eigenvectors of an Operator
Inverse of Matrix & Unitary Transformations
Determinant, Trace & Expectation Value of an Operator
Tensor Products
Linear Algebra LaTeX Notes
Linear Algebra Quiz
2D & 3D Cartesian Coordinate System
Polar Coordinate System
Complex Numbers & Complex Plane
Complex Numbers Quiz
Introduction to Probability & its Axioms
Random Variables, Expectations & Variances
Law of Large Numbers
Overview of Quantum Mechanics
Primary Concepts of Quantum Mechanics
Interference, Young's Double Slit Experiment & Wave-Particle Duality
Wavefunctions and Hamiltonians
The Schrodinger Equation
Postulates of Quantum Mechanics
Quantum Mechanics Quiz
Introduction to Quantum Computing
Introducing Quantum Bits (Qubits) - Single Qubits, Bra-Ket Notation and Superposition
Visualizing Single Qubits - The Bloch Sphere and Basis States
Mathematics behind Bloch Sphere
Quantum Measurements
Single Qubit Quantum Gates
Pauli I Gate - Quantum Identity Gate
Pauli X Gate - Quantum X Gate
Pauli X Gate Eigenvalues and Eigenvectors
Pauli Y Gate - Quantum Y Gate
Pauli Y Gate Eigenvalues and Eigenvectors
Pauli Z Gate - Quantum Z Gate
Pauli Z Gate Eigenvalues and Eigenvectors
Hadamard Gate - Quantum H Gate
Quantum S and S-Dagger Gate
Quantum T and T-Dagger Gate
Quantum Rotation Gates - Rx, Ry and Rz Gates
Universal Quantum Gates
Single Qubit Quantum Gates Quiz
Qiskit Basics - Importing Libraries, Checking Versions and Backends
Pauli X Gate in Qiskit with Bloch Sphere, Unitary & QASM Simulator
Pauli Y & Pauli Z Gates in Qiskit
S, S Dagger, T & T Dagger Gates in Qiskit
Rx, Ry & Rz Rotation Gates in Qiskit
Qiskit Basics & Single Qubit Quantum Logic Gates Jupyter Notebook
Practice Exam 1 : Qiskit Basics & Single Qubit Quantum Gates
Multi Qubit Quantum Gates
Quantum Entanglement
Quantum CX/CNOT Gate
Quantum CZ or CPHASE Gate
The Bell States or EPR Pairs
Quantum SWAP Gate
Quantum Toffoli/CCNOT Gate
Quantum Fredkin/CSWAP Gate
Hadamard Gate Applied to n Qubits
Multi Qubit Quantum Gates Quiz
CNOT, CZ & CH Quantum Gates in Qiskit
Quantum SWAP Gate in Qiskit
The Bell State in Qiskit
CCNOT or Toffoli Gate in Qiskit
CSWAP or Fredking Gate in Qiskit
Qiskit Multi Qubit Quantum Gates Jupyter Notebook
Practice Exam 2: Qiskit Multi Qubit Quantum Gates
Constructing Quantum Circuit using Quantum Gates
NOT, AND and OR Gates using Quantum Gates
NOT, AND and OR Gates using Qiskit
XOR & NAND Gates using Quantum Gates
XOR & NAND Gates using Qiskit
Half Adder using Quantum Gates
Half Adder using Qiskit
Constructing Classical Gates using Quantum Gates Notes
Constructing Classical Gates using Quantum Gates Jupyter Notebook
Constructing Classical Gates using Quantum Gates Quiz
Quantum Teleportation
Quantum Teleportation Part I
Quantum Teleportation Part II
Quantum Teleportation Part III
Quantum Teleportation Part IV
Quantum Teleportation Notes
Quantum Teleportation with Qiskit I
Quantum Teleportation with Qiskit II
Quantum Teleportation with Qiskit III
Quantum Teleportation with Qiskit IV
Quantum Teleportation with Qiskit V
Quantum Teleportation with Qiskit VI
Quantum Teleportation with Qiskit VII
Quantum Teleportation with Qiskit VIII
Quantum Teleportation with Qiskit Jupyter Notebook
Quantum Superdense Coding
Superdense Coding Part I
Superdense Coding Part II
Superdense Coding Part III
Superdense Coding Notes
Superdense Coding with Qiskit I
Superdense Coding with Qiskit II
Superdense Coding with Qiskit III
Superdense Coding with Qiskit IV
Superdense Coding with Qiskit V
Superdense Coding with Qiskit VI
Superdense Coding with Qiskit Jupyter Notebook
Deutsch's Algorithm
Deutsch Algorithm I - Intro
Deutsch Algorithm II - Problem
Deutsch Algorithm III - Quantum vs Classical
Deutsch Algorithm IV - Oracles
Deutsch Algorithm V - Algo Steps
Deutsch Algorithm VI - Circuit Analysis Step 0
Deutsch Algorithm VII - Circuit Analysis Step 1
Deutsch Algorithm VIII - Circuit Analysis Step 2
Deutsch Algorithm IX - Circuit Analysis Step 3
Deutsch Algorithm X - Circuit Analysis Step 4
Deutsch Algorithm Notes
Deutsch Algorithm with Qiskit I
Deutsch Algorithm with Qiskit II
Deutsch Algorithm with Qiskit III
Deutsch Algorithm with Qiskit IV
Deutsch Algorithm with Qiskit V
Deutsch Algorithm with Qiskit VI
Deutsch Algorithm with Qiskit VII
Deutsch Algorithm with Qiskit VIII
Deutsch Algorithm with Qiskit IX
Deutsch Algorithm with Qiskit Jupyter Notebook
Deutsch-Jozsa Algorithm
Deutsch-Jozsa Algorithm I - Intro
Deutsch-Jozsa Algorithm II - Problem & Classical Case
Deutsch Jozsa Algorithm III - Features of DJ Algorithm
Deutsch Jozsa Algorithm IV - Constant vs Balanced Oracles
Deutsch Jozsa Algorithm V - Circuit Analysis Step 0
Deutsch Jozsa Algorithm VI - Circuit Analysis Step 1
Deutsch Jozsa Algorithm VII - Circuit Analysis Step 2
Deutsch Jozsa Algorithm VIII - Circuit Analysis Step 3
Deutsch Jozsa Algorithm IX - Circuit Analysis Step 4
Deutsch Jozsa Algorithm Handwritten Notes
Deutsch Jozsa Algorithm with Qiskit I
Deutsch Jozsa Algorithm with Qiskit II
Deutsch Jozsa Algorithm with Qiskit III
Deutsch Jozsa Algorithm with Qiskit IV
Deutsch Jozsa Algorithm with Qiskit V
Deutsch Jozsa Algorithm with Qiskit VI
Deutsch Jozsa Algorithm with Qiskit VII
Deutsch Jozsa Algorithm with Qiskit VIII
Deutsch Jozsa Algorithm with Qiskit IX
Deutsch Jozsa Algorithm with Qiskit X
Deutsch Jozsa Algorithm with Qiskit XI
Deutsch Jozsa Algorithm with Qiskit XII
Deutsch Jozsa Algorithm with Qiskit XIII
Deutsch Jozsa Algorithm with Qiskit XIV
Deutsch Jozsa Algorithm with Qiskit XV
Deutsch Jozsa Algorithm with Qiskit Jupyter Notebook
Bernstein-Vazirani Algorithm
Bernstein-Vazirani Algorithm I - The Problem
Bernstein Vazirani Algorithm II - Circuit Analysis Step 0
Bernstein Vazirani Algorithm III - Circuit Analysis Step 1
Bernstein Vazirani Algorithm IV - Circuit Analysis Step 2
Bernstein Vazirani Algorithm V - Circuit Analysis Step 3
Bernstein Vazirani Algorithm VI - Circuit Analysis Step 4
Bernstein Vazirani Algorithm Handwritten Notes
Bernstein-Vazirani Algorithm with Qiskit I
Bernstein-Vazirani Algorithm with Qiskit II
Bernstein-Vazirani Algorithm with Qiskit III
Bernstein-Vazirani Algorithm with Qiskit IV
Bernstein-Vazirani Algorithm with Qiskit V
Bernstein-Vazirani Algorithm with Qiskit Jupyter Notebook
Simon's Algorithm
Simon's Algorithm I - Intro
Simon's Algorithm II - Problem
Simon's Algorithm III - Facts
Simon's Algorithm IV - Circuit Analysis Step 1
Simon's Algorithm V - Circuit Analysis Step 2
Simon's Algorithm VI - Circuit Analysis Step 3
Simon's Algorithm VII - Circuit Analysis Step 4
Simon's Algorithm VIII - Circuit Analysis Step 5
Simon's Algorithm IX - Circuit Analysis Step 6
Simon's Algorithm X - Circuit Analysis Step 7
Simon's Algorithm Handwritten Notes
Simon's Algorithm with Qiskit I
Simon's Algorithm with Qiskit II
Simon's Algorithm with Qiskit III
Simon's Algorithm with Qiskit IV
Simon's Algorithm with Qiskit V
Simon's Algorithm with Qiskit VI
Simon's Algorithm with Qiskit Jupyter Notebook
Grover's Search Algorithm
Grover's Algorithm I - Intro
Grover's Search Algorithm II - The Algorithm
Grover's Algorithm III - Geometric Interpretation Step 1
Grover's Algorithm IV - Geometric Interpretation Step 2
Grover's Algorithm V - Geometric Interpretation Step 3
Grover's Algorithm VI - Matrix Representation
Grover's Algorithm VII - Grover's Circuit
Grover's Algorithm Handwritten Notes
Grover's Algorithm with Qiskit I
Grover's Algorithm with Qiskit II
Grover's Algorithm with Qiskit III
Grover's Algorithm with Qiskit IV
Grover's Algorithm with Qiskit V
Grover's Algorithm with Qiskit VI
Grover's Algorithm with Qiskit VII
Grover's Algorithm with Qiskit VIII
Grover's Algorithm with Qiskit IX
Grover's Algorithm with Qiskit Jupyter Notebook
Quantum Fourier Transform
QFT I - Intro
QFT II - QFT Formula
QFT III - Main QFT Derivation
QFT IV - Circuit Analysis Step 1
QFT V - Circuit Analysis Step 2
QFT VI - Circuit Analysis Step 3
QFT VII - Circuit Analysis Step 4
QFT VIII - Our & Qiskit Ordering 3 Qubit QFT Circuit
QFT IX - Qiskit Ordering 3 Qubit Circuit Analysis Step 1
QFT X - Qiskit Ordering 3 Qubit Circuit Analysis Step 2
QFT XI - Qiskit Ordering 3 Qubit Circuit Analysis Step 3
QFT XII - Qiskit Ordering 3 Qubit Circuit Analysis Step 4
QFT XIII - Qiskit Ordering 3 Qubit Circuit Analysis Step 5
QFT XIV - Qiskit Ordering 3 Qubit Circuit Analysis Step 6
QFT XV - Qiskit Ordering 3 Qubit Circuit Analysis Step 7
QFT XVI - Qiskit Ordering 3 Qubit Circuit Examples
QFT Handwritten Notes
Quantum Fourier Transform with Qiskit I
Quantum Fourier Transform with Qiskit II
Quantum Fourier Transform with Qiskit III
Quantum Fourier Transform with Qiskit IV
Quantum Fourier Transform with Qiskit V
Quantum Fourier Transform with Qiskit VI
Quantum Fourier Transform with Qiskit VII
Quantum Fourier Transform with Qiskit VIII
Quantum Fourier Transform with Qiskit IX
Quantum Fourier Transform with Qiskit X
Quantum Fourier Transform with Qiskit Jupyter Noyebook
Quantum Phase Estimation
QPE I - Intro
QPE II - QPE Registers
QPE III - Circuit Analysis Step 1
QPE IV - Circuit Analysis Step 2
QPE V - Circuit Analysis Step 3
QPE VI - Circuit Analysis Step 4
QPE VII - Phase Kickback
QPE VIII - QPE Circuit in Qiskit Ordering
Quantum Phase Estimation Handwritten Notes
Quantum Phase Estimation with Qiskit I
Quantum Phase Estimation with Qiskit II
Quantum Phase Estimation with Qiskit III
Quantum Phase Estimation with Qiskit IV
Quantum Phase Estimation with Qiskit V
Quantum Phase Estimation with Qiskit VI
Quantum Phase Estimation with Qiskit VII
Quantum Phase Estimation with Qiskit VIII
Quantum Phase Estimation with Qiskit Jupyter Notebook
Shor's Algorithm
Hear from our students
“Srinjoy sir is a very humble and extremely helping person. He has high expertise in Artificial Intelligence & Quantum Computing. He has guided and mentored me for developing and applying the concepts of ML & DL at the industry level and because of his excellent mentorship, I was able to acquire multiple job offers. Whenever it comes to research related work then his dedication and hard work is always commendable. He is a great leader, teammate, and mentor. If you're looking for the proper guidance and support in the field of cutting edge technologies then Srinjoy sir is the perfect person to get in touch with, you won't regret going there as the learning experience is really good!”
Mohit Kumar“I am pleased to share that due to your guidance and mentoring in machine learning and deep learning I learned a lot and I am able to land my first job in the field of data science and machine learning. Your perseverance and thorough knowledge about machine learning, deep learning, and its underlying concepts along with simple and intuitive explanations of hard concepts helped me in understanding the intricate concepts of in-demand technologies. I always wanted to work in the field of machine learning and deep learning and struggled a lot with numerous resources during my early days but your guidance and mentorship helped me a lot in understanding those concepts and landing my first job in the field of ML/ DL. I would always love to learn from you and have a mentor like you. Thanks a lot.”
Avinash Tiwari“Srinjoy provided me excellent guidance in Machine Learning and Deep Learning related courses, with the help of which I successfully built a complete knowledge structure in these fields by understanding the intricate concepts in both mathematical algorithm aspects and practical coding deployment. His perseverance and thorough knowledge in Artificial Intelligence is the base of simple and intuitive explanations which are taught to all other students. It is because of his brief but effective explanations that I was able to progress a lot in my exploration of the in-demand technologies. I was always excited to work in the field of machine learning and deep learning and struggled a lot with numerous resources but Srinjoy’s mentorship proved to be a boon for me and helped me to get my first job in the field of ML/DL. I look forward to learning more from you. Thanks a lot.”
Tianyu Du“Srinjoy sir’s teaching has helped me a lot in implementing various projects in the field of Artificial Intelligence and Machine Learning. Srinjoy sir’s mentorship has helped me to gain an internship & job, and I am really grateful for the quality time he dedicates. He taught me python modules for the NPTEL examination which helped me a lot. He has the excellent industry knowledge and a strong hold on concepts which helped me a lot. He is really an awesome mentor and you can rely upon him. His teachings have helped me in knowing the core concepts of deep learning and machine learning. I worked with him on a project related to self-driving cars which we completed with flying colors. I am always thankful to him for his guidance and mentorship. ”
Rohan Giri“I am happy to share that due to your guidance and mentoring Srinjoy Ganguly sir, in machine learning and deep learning, I learned a lot and I am able to work on many projects with ease in the field of data science and machine learning. Your good nature, helping tendency and knowledge about machine learning, deep learning has helped me a lot which has landed me in a good position in my academics. Though this was a remote interaction it wasn't like that because of your efforts and your commitment to helping people who are struggling to come up. I should have been blessed to have a mentor like you. Thanks a lot sir.”
Abhirami Mohanarangam1. Why should I enroll in your program?
It is expected that the Quantum Computing industry is going to grow at a rapid rate from around USD 500 million in 2021 to nearly USD 1800 million (1.8 billion!) by 2026. Various industries such as banking, finance, space technology, defense, healthcare, pharmaceuticals, chemicals, energy, power, transportation, logistics, academia and government are going to do well out of this cutting-edge technology.
Several countries such as USA, China, Japan, UK, France, Germany, Spain, South Korea, India and Canada are investing large amounts of finances in the field of quantum computing due to its promising potential which is also going to create more jobs in this field. There is a huge talent deficit in the field of quantum computing and therefore much efforts and investments (in billions) have been put by various industries working on quantum computing through education and research. Some of the prominent players in quantum computing includes - IBM, Microsoft, Google, Intel, D-Wave, Xanadu Quantum Technologies, Rigetti Computing, Zapata Computing, Honeywell, IonQ, Cambridge Quantum Computing, Oxford Quantum Circuits and many more!
Just as Deep Learning, Machine Learning, Data Science or Artificial Intelligence became popular a few years back due to the availability of data sets and technology (GPUs and TPUs), in a very similar manner, the field quantum computing is witnessing rapid growth and is going to have a major impact in your lives through the release of products or services by industries. This is the time to make yourself future proof and remain ahead of others!
2. Is this course refundable?
No, this course is not entitled for any refunds because the instructor Mr Srinjoy Ganguly has provided an immense amount of efforts into this course which is worth 4+ years of his experience in quantum computing. The instructor with his best of abilities has tried to deliver super high quality content equivalent to that of the quantum courses which are taught at top universities and industiries across the world.
AdroitERA (AERA) reserves the right to revoke access from the course without any refund if you are found guilty of fraudulent acts such as copying the course contents, sharing with friends or family members without permission and pirating the course in any manner.
3. Will this course prepare me for the IBM Quantum Developer Certification Exam?
Yes! This course will prepare you for the IBM Quantum Developer Certification Exam as all the coding sections are prepared in suchh a way that it by default covers the exam syllabus.
4. What jobs will this training program prepare me for?
This industry leading training program on quantum computing will prepare you for various job roles in the quantum computing industry such as quantum developer, quantum software developer, quantum software engineer, quantum computing consultants, quantum software architects and many others.
IBM Qiskit Advocate | IBM Quantum Educator | Awarded Excellence in Education