The Beacom College of Computer and Cyber Sciences at Dakota State University is offering a fully funded PhD position in Quantum Computing, with a specialization in Quantum Cryptography. This opportunity is ideal for candidates passionate about advancing the field of quantum information and cryptography. The research will be supervised by Assistant Professor Mariam Gado, an expert in quantum cryptography, and will be based in Madison, South Dakota, United States.

Applicants should possess a Master’s degree in Computer Science and have completed a thesis in any area of quantum computing. The position is designed for highly motivated individuals eager to contribute to cutting-edge research in quantum cryptography, quantum algorithms, and related areas. The successful candidate will join a vibrant academic community at Dakota State University, known for its forward-thinking approach and strong emphasis on cyber sciences and technology innovation.

The PhD position is fully funded, though specific details regarding stipend and tuition coverage are not provided in the announcement. The start date is flexible, with options for Summer 2026 or Fall 2026. The application deadline is March 14, 2026. Interested candidates are encouraged to email their CV, transcripts, and research statement directly to Assistant Professor Mariam Gado. For more information, candidates can visit the provided link to learn more about the program and the university.

Dakota State University is recognized for its commitment to technology-driven education and research, offering a collaborative environment for students in computer science, cyber sciences, and related fields. The Beacom College of Computer and Cyber Sciences provides access to state-of-the-art resources and a supportive academic network, making it an excellent place to pursue advanced research in quantum computing and cryptography.

Key research areas include quantum cryptography, quantum algorithms, and the broader field of quantum information science. The university encourages applications from candidates with a strong background in these areas and a demonstrated interest in advancing the state of the art in quantum technologies.

For application instructions and further details, please refer to the official university website or contact the supervisor directly via LinkedIn or email.