Want to learn the basics of quantum science and technologies? Looking to develop quantum-related skills for your work? Wondering how your organization could benefit from the opportunities created by the second quantum revolution?
We have compiled a collection of openly available online courses and educational materials, organized by skill level, to help learners find resources that match their interests and learning goals in quantum science and technologies.
Quantum fundamentals for non-experts
Beginner-friendly courses that introduce the key concepts of quantum science and technologies requiring little or no prior knowledge.
The ABCs of Quantum Computing: Part A
An accessible introduction to the ABCs of quantum computing and quantum information for all learners.
Additional details
- Format: self-paced
- Duration/workload: 20 h
- Prerequisites: none
- Language: English, Finnish, Italian
- Credential: 2 ECTS
- Provider: University of Jyväskylä, Finland
- Cost: free
- Further learning: continue to Part B (see below)
This course provides an introduction to the topic from an information-theoretical perspective. The content focuses on the core concepts behind quantum information without requiring an extensive background in physics or mathematics, making it particularly suitable for learners with some computer science background.
Introduction to Clean Rooms
Introduction to the essentials of clean rooms, their operation, and safe working practices.
Additional details
- Format: self-paced
- Duration/workload: 3 h
- Prerequisites: none
- Language: English
- Credential: none
- Provider: University of Eastern Finland, Finland
- Cost: free
This self-learning course provides an introduction to clean rooms, their purpose, and the technologies used to create and maintain controlled environments. Participants learn when and why clean rooms are needed, how they are designed and classified, and the key principles of chemical safety. The course also covers proper clean room procedures and best practices for working effectively in these specialized environments.
Quantum Computing 101
Exploration of the foundations of quantum computing, its applications, and the algorithms that power it.
Additional details
- Format: self-paced
- Duration/workload: 3-5 h
- Prerequisites: none
- Language: English
- Credential: none
- Provider: IQM Academy, Finland
- Cost: free
- Further learning: Challenges in Quantum Computing (see below)
This course introduces the fundamental concepts of quantum computing, including its theoretical foundations, key applications, and basic quantum algorithms. Designed for learners with no prior background in the field, it combines clear explanations with interactive demonstrations that make complex concepts easier to understand.
Challenges in Quantum Computing
A deeper look at the promise of quantum technologies and the challenges that must be overcome to make them a reality.
Additional details
- Format: self-paced
- Duration/workload: 1 h
- Prerequisites: Quantum Computing 101 or equivalent knowledge
- Language: English
- Credential: none
- Provider: IQM Academy, Finland
- Cost: free
This short course builds on the above course by IQM Academy by examining the opportunities offered by quantum technologies and the obstacles that still need to be addressed. Participants learn, for example, about the effects of noise on quantum computations and key performance metrics such as fidelity. The course provides a practical perspective on the current state of quantum computing and the advances needed to unlock its full potential.
Inspiration Quantum
Introduction to the key ideas behind quantum science and technologies and their impact on society, business, and innovation.
Additional details
- Format: self-paced
- Duration/workload: 10 h
- Prerequisites: none
- Language: English
- Credential: certificate of completion
- Provider: qplaylearn, Finland/Italy
- Cost: free
This course introduces the fundamental concepts of quantum science and technologies in an accessible way. Designed for business leaders, professionals, investors, policy makers, journalists, and other curious learners with no prior knowledge on the topic.
Quantum Business Foundations
Essentials of quantum computing and its potential to transform business and industry.
Additional details
- Format: self-paced
- Duration/workload: 3-4 h
- Prerequisites: none
- Language: English
- Credential: IBM digital badge
- Provider: IBM, United States
- Cost: free
- Further learning: Designing and Leading Quantum Projects (see below)
This course introduces the fundamentals of quantum computing and explores its potential applications across different economic sectors. The course is particularly suited for learners interested in the business value of quantum technologies and the quantum computing solutions and use cases developed by IBM.
Designing and Leading Quantum Projects
Building the knowledge and capabilities needed to launch successful quantum initiatives.
Additional details
- Format: self-paced
- Duration/workload: 4 h
- Prerequisites: Quantum business foundations (see above)
- Language: English
- Credential: none
- Provider: IBM, United States
- Cost: free
This course helps teams and organizations develop the foundational understanding required to begin working with quantum technologies. It is designed for leaders and architects of quantum initiatives, including academic faculty, project managers, enterprise leaders, and startup founders. Particularly valuable for organizations that are new to quantum computing.
Core Quantum Mechanics and Technical Foundations
Courses covering the core concepts and technical foundations of quantum science and technologies, intended for learners with some prior knowledge of the subject.
The ABCs of Quantum Computing: Part B
Advance your quantum computing and quantum information knowledge with essential mathematical tools.
Additional details
- Format: self-paced
- Duration/workload: 20-30 h
- Prerequisites: The ABCs of Quantum Computing: Part A
- Language: English, Finnish
- Credential: 2 ECTS
- Provider: University of Jyväskylä, Finland
- Cost: free
- Further learning: continue to Part C (see below)
This course introduces the mathematical notation and core mathematical concepts used in quantum computing and quantum information. It builds on the concepts introduced in Part A and requires no prior knowledge beyond that course.
Creating Quantum Circuits with Code
Exploration of quantum circuits, gates, and the languages used to express quantum computing ideas.
Additional details
- Format: self-paced
- Duration/workload: 3 h
- Prerequisites: Quantum Computing 101, linear algebra recommended
- Language: English
- Credential: none
- Provider: IQM Academy
- Cost: free
This hands-on course introduces the mathematical tools used to describe qubits, quantum gates, and quantum circuits. Participants learn how quantum computing concepts can be represented in code and gain an overview of several widely used quantum computing languages and frameworks. The course is a suitable next step for learners who already have a basic understanding of quantum computing concepts.
Quantum Computing – the Soft Way
Fundamentals of quantum programming and hands-on experience in building quantum applications.
Additional details
- Format: self-paced
- Duration/workload: 8 h
- Prerequisites: basic quantum mechanics, linear algebra recommended
- Language: English
- Credential: certificate of completion
- Provider: qplaylearn, Finland/Italy
- Cost: free
This practical course introduces the fundamentals of quantum computing through hands-on programming exercises and real quantum software platforms. Designed for software engineers, computer scientists, project managers, and aspiring quantum professionals, the course provides a solid foundation in quantum technology.
Intermediate Quantum Concepts and Applications
Courses covering more advanced concepts and applications in quantum science and technologies, intended for learners with a solid foundation in the subject.
Getting started with Qrisp on IQM
Getting started with Qrisp and running quantum programs on real quantum computers.
Additional details
- Format: self-paced
- Duration/workload: 1 h
- Prerequisites: quantum computing basics and its mathematical basis, some coding experience
- Language: English
- Credential: none
- Provider: IQM Academy, Finland
- Cost: free
- Further learning: Implementing Textbook Algorithms (see below)
This introduction provides a practical overview of Qrisp, a quantum programming framework designed for both learning and rapid prototyping. The course is well suited for learners who want hands-on experience with real quantum hardware and an introduction to quantum software development.
Implementing Textbook Algorithms
Exploration of foundational quantum algorithms through hands-on implementation and experimentation.
Additional details
- Format: self-paced
- Duration/workload: 3-5 h
- Prerequisites: Getting started with Qrisp on IQM and its prerequisites (see above)
- Language: English
- Credential: none
- Provider: IQM Academy, Finland
- Cost: free
This practical short course introduces two of the most well-known quantum algorithms: the Bernstein–Vazirani algorithm and Grover’s search algorithm. Participants learn the principles behind these algorithms and gain hands-on experience implementing and experimenting with them using quantum computing tools.
Variational Quantum Algorithms
Introduction to how hybrid quantum-classical algorithms are designed and optimized.
Additional details
- Format: self-paced
- Duration/workload: 4 h
- Prerequisites: quantum computing fundamentals, coding experience
- Language: English
- Credential: none
- Provider: IQM Academy, Finland
- Cost: free
This course introduces Variational Quantum Algorithms (VQAs), a leading approach for solving problems on near-term quantum computers. Through experimentation and algorithm design exercises, the course helps learners develop practical insight into one of the most important paradigms in contemporary quantum computing.
Working with IQM Star
Exploration of the IQM Deneb processor and a glimpse of the next generation of quantum computing architectures.
Additional details
- Format: self-paced
- Duration/workload: 1.5-5.5 h
- Prerequisites: quantum computing fundamentals, coding experience
- Language: English
- Credential: none
- Provider: IQM Academy, Finland
- Cost: free
This mini course introduces the IQM Deneb quantum processor and its architecture, designed with future quantum error correction in mind. It provides a practical introduction to advanced quantum computing concepts and emerging hardware architectures.
Basics of Quantum Information
Dive to the theoretical foundations of quantum information and quantum computation.
Additional details
- Format: self-paced
- Duration/workload: 8-12 h
- Prerequisites: intermediate quantum mechanics and its mathematical basis
- Language: English
- Credential: IBM digital certificate
- Provider: IBM, United States
- Cost: free
- Further learning: Fundamentals of Quantum Algorithms (see below)
This course provides a comprehensive introduction to the core concepts of quantum information and quantum computing. It is well suited for students, professionals, and enthusiasts with an interest in the theoretical foundations of quantum technologies.
Fundamentals of Quantum Algorithms
Exploration of quantum algorithms and how they can outperform classical approaches to computation.
Additional details
- Format: self-paced
- Duration/workload: 15-30 h
- Prerequisites: Basics of Quantum Information and its prerequisites
- Language: English
- Credential: IBM digital certificate
- Provider: IBM, United States
- Cost: free
This course examines the computational advantages offered by quantum information and quantum computing. It is well suited for students, professionals, and enthusiasts seeking a deeper understanding of the theoretical foundations and capabilities of quantum computation.
Foundations of Quantum Error Correction
Principles of quantum error correction and fault-tolerant quantum computing.
Additional details
- Format: self-paced
- Duration/workload: 25-35 h
- Prerequisites: Fundamentals of Quantum Algorithms and its prerequisites
- Language: English
- Credential: IBM digital certificate
- Provider: IBM, United States
- Cost: free
This course provides an introduction to the fundamental concepts and methods of quantum error correction, a key technology for building reliable quantum computers. It is well suited for learners interested in the theoretical foundations of quantum information and computation.
Advanced Quantum Theories and Innovations
Courses covering more advanced concepts and applications in quantum science and technologies, intended for learners with a solid foundation in the subject.
Identifying Errors on a Quantum Computer
Dive into the foundations of quantum error correction and surface codes.
Additional details
- Format: self-paced
- Duration/workload: 4-6 h
- Prerequisites: quantum information and computing, their mathematical basis, coding experience
- Language: English
- Credential: none
- Provider: IQM Academy, Finland
- Cost: free
This advanced course explores the theory and implementation of quantum error correction, focusing on stabilizer formalism and modern surface-code architectures. Designed for learners with a solid background in quantum computing, quantum circuits, and mathematical notation, the course emphasizes active experimentation and a deeper technical understanding of one of the most important challenges in quantum technology.
Quantum Error Reduction
Dive to error mitigation in today’s quantum computers.
Additional details
- Format: self-paced
- Duration/workload: 3-4 h
- Language: English
- Credential: none
- Provider: IQM Academy, Finland
- Cost: free
This course introduces the principles of quantum error mitigation and the techniques used to improve the reliability of computations on current noisy quantum devices. The course is particularly suitable for learners with a background in quantum computing who want to understand how modern error mitigation and error-correction-inspired techniques are used in practice.
General Formulation of Quantum Information
Deep dive of quantum information through its modern mathematical framework.
Additional details
- Format: self-paced
- Duration/workload: 25-35 h
- Language: English
- Credential: IBM digital certificate
- Provider: IBM, United States
- Cost: free
This advanced course explores quantum information theory beyond the basic concepts. It is well suited for students, professionals, and enthusiasts with a solid background in quantum information, the course provides a deeper understanding of the theoretical foundations that underpin modern quantum technologies.
Quantum Computing in Practice
Harnessing the capabilities of today’s large-scale quantum computers.
Additional details
- Format: self-paced
- Duration/workload: 10 h
- Prerequisites: Basics of Quantum Information and its prerequisites, General Formulation of Quantum Information recommended
- Language: English
- Credential: IBM digital certificate
- Provider: IBM, United States
- Cost: free
This course explores the practical use of modern quantum processors and the opportunities they offer for solving real-world problems. While focused on practical applications, the course also provides deeper insights into the challenges and techniques involved in working with contemporary quantum hardware, making it particularly valuable for learners seeking a more advanced understanding of near-term quantum computing.