Getting Started with Qiskit: Your First Quantum Computing Program

Interested in quantum computing? Learn how to get started with Qiskit, a powerful open-source framework. Follow our step-by-step guide to create your first quantum program and embark on your quantum computing journey.


Quantum computing, with its incredible potential to revolutionize computing capabilities, has piqued the interest of researchers, developers, and technology enthusiasts worldwide. If you’re eager to dive into the world of quantum computing and explore its possibilities, Qiskit is an excellent platform to begin your journey. In this blog post, we’ll guide you through the process of getting started with Qiskit and creating your first quantum program.

Step 1: Setting Up the Environment

To begin, you’ll need to set up your development environment for Qiskit. Here’s what you need to do:

  1. Install Python: Qiskit is primarily built on Python, so make sure you have Python installed on your machine.
  2. Install Qiskit: Use the Python package manager pip to install Qiskit. Open your terminal or command prompt and run the command: pip install qiskit
  3. Install Required Dependencies: Qiskit relies on additional dependencies, such as NumPy and Matplotlib. Install them using the following command: pip install numpy matplotlib

Step 2: Creating Your First Quantum Program

Now that your environment is set up, let’s create your first quantum program using Qiskit. Follow these steps:

  1. Import the Required Libraries: Open a Python script or Jupyter Notebook and import the necessary Qiskit libraries: from qiskit import QuantumCircuit, execute, Aer.
  2. Initialize a Quantum Circuit: Create a quantum circuit object using QuantumCircuit(). This represents the foundation of your quantum program.
  3. Add Quantum Gates: Add quantum gates to your circuit to perform quantum operations. For example, you can use the Hadamard gate to create a superposition state: qc.h(qubit).
  4. Measure the Quantum State: To observe the result of your computation, add measurement operations to your circuit using qc.measure(qubit, classical_bit).
  5. Execute the Quantum Circuit: Use the Qiskit execute() function to run your quantum circuit on a chosen backend, such as a simulator or an actual quantum device.
  6. Visualize the Result: Finally, use the Qiskit Aer simulator backend to simulate the execution of your circuit and display the results using plot_histogram().

Step 3: Experiment and Explore

Congratulations! You have successfully created your first quantum program with Qiskit. Now, it’s time to experiment and explore the fascinating world of quantum computing. Here are some suggestions to further your learning:

  1. Modify Your Circuit: Try adding different quantum gates, such as Pauli-X or CNOT, to explore their effects on the quantum state.
  2. Simulate Larger Systems: Increase the number of qubits in your circuit and observe how the complexity and computational power grow.
  3. Access Real Quantum Devices: Connect to IBM Quantum Experience and gain access to real quantum computers to run your circuits.
  4. Explore Qiskit Documentation and Resources: Qiskit offers comprehensive documentation, tutorials, and examples. Dive deeper into the various features and capabilities of Qiskit.


Embarking on your quantum computing journey with Qiskit opens up a world of possibilities. By following this guide, you have taken the first step in creating your first quantum program. Continue to explore, experiment, and learn from the vast resources available in the Qiskit community. Quantum computing holds immense potential, and with Qiskit as your tool, you are well-equipped to be part of this exciting technological frontier. Happy quantum programming!