Master Thesis in Quantum Algorithms for Optimization

IBM Research Zurich seeks a master’s student to conduct a thesis on novel quantum algorithms for optimization, aiming for practical quantum advantage.

This internship offers a master’s thesis opportunity centered on the theoretical and empirical development of quantum optimization techniques. The primary objective is to identify and demonstrate quantum advantages for optimization challenges that hold real-world relevance.

Responsibilities

• Design and analyze quantum optimization algorithms through both theoretical study and empirical testing.
• Execute algorithm tests using IBM Quantum hardware systems.
• Investigate how quantum computing can be integrated with artificial intelligence and high-performance classical computing.
• Contribute to the strategic path toward achieving quantum advantage for practical applications.

Requirements

• Hold a Bachelor’s degree in physics, computer science, mathematics, or a closely related technical discipline.
• Demonstrate strong programming proficiency in languages such as Python, C/C++, or Rust.
• Possess excellent communication abilities in English.
• Be a self-motivated team player capable of working both collaboratively and independently.

Nice to have

• Prior experience with quantum programming frameworks like Qiskit.
• Academic or professional background in quantum information theory, quantum algorithms, combinatorial optimization, machine learning, AI, or computational physics.

What the company offers

• Use of cutting-edge quantum hardware and associated software platforms.
• Access to high-performance classical computing resources.
• Support for patent applications and publication in leading conferences and journals.
• Flexible working arrangements.

About the company

IBM Research Zurich provides a world-class research environment that encourages innovation and values diverse perspectives. The company is committed to fostering diversity and inclusion, ensuring that professionals from all genders and backgrounds can thrive while maintaining a healthy work-life balance.

• Collaborate closely with experienced researchers in a world-class setting.
• Work in an open, multicultural environment that values different perspectives.
• Join a company committed to fostering diversity and inclusion.
• Benefit from flexible working arrangements.