Quantum Computing for Cybersecurity Graduate Certificate
Quantum Computing for Cybersecurity
Credits
12
Start Terms
Fall
|Spring
Available
On Campus
Tuition
$3,365.10
estimated per semester
The scope of cybersecurity continues to evolve with the advancement of quantum computing applications and capabilities. Dakota State University's Graduate Certificate in Quantum Computing for Cybersecurity equips students to be at the forefront of security efforts with emerging technologies, including offensive and defensive strategies. As the quantum computing industry is expected to generate over $4 billion in revenue by 2028, this cutting-edge certificate prepares students to work at the intersection of quantum computing and cybersecurity.
Whether you’re a working Science, Technology, Engineering, and Mathematics (STEM) professional or a recent graduate, develop your knowledge of quantum computing and its influence on cybersecurity, post-quantum encryption, and quantum cryptography. Once you’ve completed the 12-credit certificate, you’ll be prepared to analyze and create cryptographic solutions that are resilient against quantum attacks.
Quick facts
Credits: 12 | Delivery: online, on-campus | Start terms: Fall
Secure career opportunities
The quantum computing industry will continue to advance at rapid speed, but DSU is dedicated to preparing you with the most current knowledge to work with advanced technologies.
Developing your expertise in cybersecurity and quantum computing will expand your career opportunities in areas from direct application to consulting, research, and teaching.
- Help advance the field by safeguarding infrastructures within any industry.
- Develop and improve quantum cryptographic protocols, such as Quantum Key Distribution (QKD).
- Research algorithms that are resistant to quantum attacks to develop new encryption standards in post-quantum cryptography.
Students can begin the ceritificate program in the Fall term. Learn more about the application deadline and apply for Fall!
“The center is a venture into the future, pushing the boundaries of what’s known and exploring the uncharted territory of the quantum world. ”
President José-Marie Griffiths, PhD, on the creation of the Center for Quantum information Science & Technology.
Learning outcomes & courses
Students will demonstrate essential knowledge of quantum computing, its influence on cybersecurity, and post-quantum cryptography.l:
- Develop a foundational knowledge of quantum computing, including its principles, algorithms, and applications, to analyze and evaluate the potential impact of quantum computing on cybersecurity, including offensive and defensive strategies.
- Develop the skills necessary to design and analyze cryptographic solutions resilient to quantum attacks.
- Gain a deep understanding of quantum cryptography, exploring its principles and applications for secure communication in the quantum era. This foundational knowledge can develop into expertise in post-quantum cryptography necessary to explore the advanced cryptographic techniques designed to withstand quantum attacks.
- Understand and adhere to ethical considerations of quantum computing to cybersecurity.
