Quantum Technologies Course – Overview for Managers and Leaders

Language: English
Location: Munich
Duration: 1 day
Start: On request
Cost: 990 EUR
Quantum technologies are a firmly established and rapidly growing field of scientific research with great application potential for industry. The current challenge for Germany and Europe is to transfer quantum systems knowledge and technological expertise from university laboratories and research institutes to industry. Specialists and managers from the high-tech industry play a key role and must recognize and implement the specific potential of quantum technologies for their companies.

Our one-day overview course, “Quantum Technologies – Overview Course for Managers and Executives,” therefore introduces managers in the industry to the technologies of quantum sensing, quantum communication, quantum simulation, and quantum computing to realistically assess the current and future potential and limitations of quantum technologies.

Quick Info

Here you will find all the information you need for this course.

Benefits

01

1

Innovative teaching methods

The course uses innovative teaching methods, including visualizations and virtual reality applications, to convey abstract concepts or show examples of quantum technologies from Munich research groups.

02

2

Evidence-based and practical contribution

Real-world use cases are used to convey the fundamental intuition behind these technologies, with a focus on qualitative understanding.

03

3

Collaboration between renowned universities

As part of QL3, a project of TUM and LMU for innovative part-time programs, the program offers a unique collaboration of experts from education and industry to drive science and product development forward.

Program Overview

You can find all the important information about the certificate program here. Below you can find out the objectives of the program, the exact details of the process, what you will learn and which lecturers will teach you the content.
Understanding the fundamentals of quantum principles You will develop a solid understanding of the fundamental principles of quantum mechanics to better grasp the functioning of quantum technologies and their applications.

Understanding the key terms You will learn the key terms and concepts used to describe quantum technologies. This will enable you to actively participate in technical discussions on quantum technologies and deepen your understanding in this area.

Evaluating the potential of quantum technologies In particular, you will discuss the potential and limitations of quantum technologies, the current state of quantum technology, and the prospects for the next three to five years. Based on this knowledge, you will learn to assess current examples of quantum technologies from media coverage.

Program:

Quantum Technologies Course – Overview for Managers and Leaders

Target audience:

This program is designed for those who would like to get a first overview of the quantum technologies landscape without having a profound understanding of mathematics or physics. Participants should hold a role that would benefit them in understanding the potential of quantum technologies for their organizations and industries, such as department head or division manager.

Academic responsibility:

Prof. Dr. Alexander Holleitner, Walter Schottky Institute and Physics Department, Chair of Nanotechnology and Nanomaterials, Technical University of Munich

Prof. Dr. Jan von Delft, Chair of Theoretical Solid State Physics, Department of Physics, Ludwig-Maximilians-Universität München

Format & Timing:

On-site

Study location:

Garching Forschungszentrum near Munich

Language:

English

Date:

On request

Admission requirements:

You do not need prior knowledge of quantum technologies or expertise in mathematics or physics.

Graduation:

After successful completion of the final exam, participants will receive a certificate from the Technical University of Munich.

Program fee:

990 EUR (discounts for TUM Alumni or strategic partners possible)

Discounts:

The German Federal Ministry of Education and Research funds the program under the funding guideline “Quantum Futur Education”. Therefore, we can offer the partially funded price of 500 EUR in 2024 to the organizations of the QL3 Advisory Board and TUM & LMU alumni. 10% discount for members or employees of our strategic cooperation partners (see below).
*Based on our experience, the German tax benefits help many participants self-finance their education, as these can be worth up to 50% of tuition fees and program-related travel costs. Please consult your tax advisor for more details. For participants of our programs residing outside Germany this might be applicable, please check the situation with the local tax authorities in your country of residence.  
Dr. Judith Gabel,
Chair of Theoretical Solid State Physics, Faculty of Physics, Ludwig-Maximilians-Universität München
Morning
  • Welcome & Introduction
  • Basics: Quantum Principles
  • Quantum Experiments
  • Coffee Break – Networking – Quantum Experiments
  • Quantum Computing and Simulation: the Potential, Reality, and Future Prospects of Quantum Computing
  • Q&A Session
Lunch Break – Networking – Quantum Experiments
Afternoon
  • Lab Tour
  • Coffee Break – Networking – Quantum Experiments
  • Quantum Communication: How will Cryptography Change in the Future?
  • Quantum Sensing: a Quantum Technology Already Utilized
  • Q&A Session

Testimonials

  • It is essential for companies to assess whether the “quantum advantage” provides them with a product advantage and whether the possible “quantum supremacy” may mean that their product’s technical and market conditions must be completely reassessed.

    Prof. Dr. Alexander Holleitner
    Walter Schottky Institute and Physics Department, Chair of Nanotechnology and Nanomaterials, Technical University of Munich

  • Quantum technologies offer great opportunities but are still limited by certain physical and technical constraints. Thus, understanding quantum technologies is crucial to classify the current status and distinguish real potential from hype.

    Prof. Dr. Jan von Delft
    Chair of Theoretical Solid State Physics, Department of Physics, Ludwig-Maximilians-Universität München

  • In a future where AI and quantum computing merge, the impossible becomes possible. This course has helped me to understand the difference between science fiction and reality.

    Moritz Bachenheimer

Partners

Further information about the QL3 Advisory Board can be found here.
Federal Ministery of Education and Research

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