Getting hands-on with quantum computing is a 2-day course.
What you will learn
- You will understand the fundamental principles behind quantum technology.
- You will gain insight into quantum applications and technological trends.
- You will work on practical use-cases with access to quantum simulators.
How the course adds value to your organisation
- Internal capability in a rapidly advancing technology area enables your organisation to stay competitive as quantum solutions mature.
- Your team’s ability to assess potential quantum-driven innovations and identify relevant applications within your organisation is enhanced.
- It strengthens your team’s problem‑solving capacity by equipping you with cutting‑edge tools and methods informed by quantum computing.
- A clearer understanding of technological trends and the future potential of quantum technologies supports strategic decision-making.
Your profile
Th course is designed for software developers with a background in mathematics, physics or engineering who wish to get an introduction to quantum computers, quantum software, and algorithms. It is not aimed at experts, but rather at curious professionals with an interest in technology and innovation.
The two‑day programme offers you a comprehensive introduction to quantum technologies, combining theoretical foundations with extensive hands‑on practice.
The first day begins with an overview of the agenda before introducing the core concepts of quantum technologies, including qubits, superposition, and entanglement, as well as current developments in quantum computing and its emerging use cases. You then explore the mathematical and physical principles that underpin quantum computing, followed by practical exercises in constructing and visualising simple quantum circuits. The day continues with an introduction to key quantum algorithms such as Shor’s, Grover’s, the Quantum Fourier Transform, the HHL algorithm, and the Deutsch–Jozsa algorithm. Further hands‑on sessions allow you to deepen your understanding before turning to an overview of quantum computer capabilities and the major platforms and vendors in the field. The day concludes with a wrap‑up session and a shared dinner.
The second day opens with an introduction to quantum optimisation and its potential as an early practical application, illustrated through real‑world examples such as routing, scheduling, and portfolio optimisation. After a practical exercise, the programme moves on to quantum machine learning, explaining hybrid quantum-classical models and covering essential components such as data encoding, variational circuits, and hybrid optimisation strategies. Further hands‑on work follows before participants are introduced to accessing quantum computers and simulators through DeiC. The programme then provides an overview of Denmark’s quantum ecosystem, including key stakeholders and opportunities linked to the EU Quantum Act. The final sessions present the recommended self‑study pathways for developers and gather participant feedback before the programme closes.
The course will be held from 8 June 2026 at 10:00 AM to 9 June 2026 at 2:00 PM.
The teaching is conducted by researchers affiliated with the Centre for Quantum Mathematics at SDU.
DKK 1475 exclusive of VAT.
Snacks, coffee/tea, soft drinks, lunch and dinner are included. Accommodation is not included – please book yourself.
Do you have any questions?
Contact Specialist Consultant Lars Rasmussen at larsras@sdu.dk.