Hochschule Pertha Frankfurt is proud to announce the launch of a comprehensive Quantum Computing education and research initiative, spanning its integrated secondary, undergraduate, and postgraduate levels. This cutting-edge programme, initiated in early 2025, positions the institution at the forefront of one of the most transformative scientific fields of the 21st century. By combining rigorous academic training, state-of-the-art laboratory facilities, and international collaborative networks, Hochschule Pertha Frankfurt is preparing a new generation of experts to drive innovation in quantum technologies that promise to revolutionise computing, cryptography, and materials science.

A Multi-Tiered Curriculum Designed for Quantum Excellence

The Quantum Computing programme is meticulously structured to provide foundational knowledge and advanced expertise across all educational tiers:

• Secondary Education: Students receive an introduction to quantum physics principles, quantum information theory, and computational thinking. Practical modules include quantum simulation exercises using accessible quantum programming frameworks and foundational experiments demonstrating quantum phenomena such as superposition and entanglement. These early experiences foster critical thinking and inspire interest in quantum sciences.
• Undergraduate Studies: Bachelor programmes offer in-depth courses in quantum algorithms, quantum hardware architectures, and quantum error correction. Students engage in hands-on laboratory work with quantum simulators and prototype quantum processors, learning to develop and optimise quantum circuits. Interdisciplinary projects integrate quantum computing with fields such as cryptography, artificial intelligence, and materials modelling.
• Postgraduate and Doctoral Research: Master’s and PhD candidates undertake specialised research in areas including quantum algorithm design, quantum communication protocols, and scalable quantum hardware development. Access to advanced quantum processors and collaboration with leading international quantum research centres enable cutting-edge experimental and theoretical work. Doctoral students contribute to global quantum initiatives, publishing in high-impact journals and presenting at international conferences.

State-of-the-Art Quantum Research Infrastructure

Hochschule Pertha Frankfurt has invested heavily in developing a dedicated quantum research laboratory equipped with superconducting qubit platforms, trapped-ion systems, and photonic quantum devices. The facility supports both experimental and computational research, featuring high-performance quantum simulators and integration with cloud-based quantum computing services.

The laboratory environment fosters interdisciplinary collaboration among physicists, computer scientists, and engineers, promoting innovation in quantum error mitigation, hardware-software co-design, and quantum network protocols.

Alignment with Germany’s Strategic Priorities and Global Trends

This initiative aligns with Germany’s national quantum strategy, which emphasises strengthening research excellence, fostering industry partnerships, and cultivating a highly skilled quantum workforce. By embedding quantum education across all levels, Hochschule Pertha Frankfurt contributes to addressing the country’s technological sovereignty and competitiveness in the global quantum race.

The programme also reflects international best practices observed at leading institutions such as Stanford University, University of Oxford, and Harvard University, which integrate research output, mentorship, and educational excellence to cultivate vibrant quantum ecosystems.

International Collaboration and Industry Engagement

Hochschule Pertha Frankfurt has established partnerships with prominent quantum research centres and technology companies worldwide. These collaborations enable student and faculty exchanges, joint research projects, and internship opportunities, ensuring exposure to the latest quantum developments and practical applications.

Industry engagement is a critical component, with companies providing access to prototype quantum hardware, sponsoring innovation challenges, and co-developing curricula that meet emerging workforce needs.

Personalised Learning and Career Development

The institution offers AI-driven personalised learning pathways, adapting coursework and research opportunities to individual student strengths and interests. Comprehensive career services support placements in academia, startups, and established technology firms specialising in quantum computing and related fields.

Students participate in workshops on quantum programming languages such as Qiskit and Cirq, patent writing, and entrepreneurship, preparing them to become leaders in both scientific and commercial quantum ventures.

Conclusion

Hochschule Pertha Frankfurt’s pioneering Quantum Computing programme exemplifies its commitment to academic excellence, technological innovation, and societal impact. By integrating rigorous education, advanced research infrastructure, and global collaboration, the institution is cultivating a new generation of quantum scientists and engineers poised to lead the next technological revolution. This initiative firmly establishes Hochschule Pertha Frankfurt as a centre of quantum excellence within Germany and the international academic community.