Quantum Science, Networking, and Communications
Learn the skills necessary to break into the emerging field of quantum science. This online course features faculty feedback, simulations, and hands-on experiences.
Quantum Engineers Needed—Answer the Call
Few professionals can say their work transforms how people live, work, and play. Life-changing work that impacts virtually every area of our lives is within the quantum science career path. Quantum engineering has the power to transform cybersecurity, materials development, computing, and other research areas, and companies in the communications, electronics, optics, and materials industries are examining how to quickly and effectively build a quantum-ready workforce.
Quantum science is advancing. Are you?
Trained staff in the fast-growing field of quantum science is rare, and the demand for this technology is critical. There is a dire need for professionals with quantum skills in a variety of industries, including hardware and software, financial services, telecommunications, consulting, transportation and logistics, and biotech and pharmaceuticals. This innovative technology will have a far reach, from farming to neuroscience. Our online quantum course prepares you to meet these industry needs. By acquiring skills in this area, you are capable of leading discoveries, technologies, and solutions never thought possible.
Take Science—and Your Career—Into the future
Take your science career to another level and join the elite quantum workforce. Our eight-week online Quantum Science, Networking, and Communications course is designed and delivered by leaders in the quantum field. This innovative course will immerse you with hands-on experience, demonstrations, and simulations. You will receive the training you need to break into the quantumsphere and discover all the possibilities this exciting career path offers.
Fast facts:
- Ideal for those with less than ten years of experience with a bachelor’s or graduate degree in disciplines such as physics, computer science, engineering, or math.
- Career changers and lifelong learners will also benefit from this course.
- No application process, but prerequisites must be met.
- Pre-course refresher on linear algebra and computer programming.
IBM partners with 270+ organizations, including UChicago, to train 40,000 students in quantum computing over the next decade.
The average annual salary for a quantum computing engineer in the US is $169k.
The percentage of tech executives, investors, and academics are confident that fully functioning quantum computers will be deployed by 2035.
Learn by Doing—Quantum Reimagined at UChicago
GET IN TOUCHQuantum Learning That Meets Your Needs
In classes held twice a week, you will interact directly with advanced quantum technologies and leaders in quantum research from UChicago and the University of Illinois Urbana-Champaign in partnership with the NSF Quantum Leap Challenge Institute for Hybrid Quantum Architectures and Networks (HQAN). As our course instructors deliver the fundamentals of quantum computing with singular expertise, they will support your work with discussion and feedback. Each week you will learn a new module of quantum computing with the course culminating in the simulation of a mutli-node quantum network.
Course perks:
- Train to be part of the high-demand quantum-ready workforce.
- Participate in hands-on demonstrations, experiences, and simulations.
- Transfer classroom learning into skills required for the field.
- Receive live engagement and feedback from top quantum instructors.
- Learn a new module in quantum computing and networking each week.
- Learn from leaders working in one of the largest quantum hubs.
- Be part of life-changing work that is revolutionizing the tech of tomorrow.
- Experience the many benefits of a top-tier school, including resources and networking.
- Managed by the Chicago Quantum Exchange.
- Convenient online format with completion in eight weeks.
Demonstrated. Simulated. Hands-On Quantum Experience.
This unique online course consists of weekly synchronous sessions alongside asynchronous videos, coursework, and assessments. You will gain an understanding of the basic tasks that are possible on a quantum network; the essential components quantum networks and how they function together; the different types of physical qubits and quantum systems used in quantum networks; and how to design quantum circuits and remotely implement them using online hardware. This includes communication primitives such as superdense coding, superposition, and quantum key distribution; entanglement swapping and how quantum repeaters work; and how to combine layers of control protocols to create a functioning quantum network.
Learning objectives:
In eight weeks of live sessions and self-paced modules, students will acquire the theoretical and practical fundamentals of quantum computing and communications. After completing the course, students will be able to:
- Apply the fundamental framework of linear algebra to perform calculations (e.g., expectation values, state vector evolution, decoherence times, etc.) essential to quantum networking, computing, and communications applications.
- Analyze, execute, and debug Python code as they implement various quantum circuits using Qiskit software. Implement various quantum communication and network protocols, such as quantum teleportation, superdense coding, entanglement distribution, and quantum key distribution (QKD), using SeQUeNCe software.
- Explain the physical components used in quantum networks like superconducting and trapped-ion qubits, photonic quantum channels, and quantum repeaters.
- Identify the various layers and protocols defined by and utilized in quantum communication networks.
Earn a Certified Credential in Quantum Technology
After successful completion of this course, students will receive credentials certified by the University of Chicago, including a certificate of completion and a digital course badge to recognize their achievement.
Seats limited. Possibilities endless.
Gain the Power to Transform a Rapidly Emerging Field
Industries like cybersecurity, telecommunications, finance, and healthcare are increasingly integrating quantum technologies into their operations. As a result, professionals with expertise in quantum science, networking, and secure communications are in high demand. By completing this unique online course, you’ll have the opportunity to join this fast-growing field and contribute to innovative solutions that will shape the future of technology.
Career paths include:
- Quantum Network Engineer
- Quantum Research Scientist
- Quantum Device Modeling Engineer
- Quantum Electronic Device Testing Engineer
- Quantum Support Engineer
- Quantum Cryptography Analyst
- Data Engineer
- GPU Computing Software Engineer
- Research Engineer
- Research Integration and Yield Engineer
- Research and Development Software Engineer
- Software Engineer for Quantum Controls
- Software Engineer for Quantum Optimization
- Systems Engineer
Business Wire reported that the quantum technology market is expected to grow to $42.1 billion over the next five years.
Curious About Quantum Mechanics, Physics, and Computing? UChicago Has the Answers.
GET IN TOUCH
Virtual Course. Real Support.
Learn new modules each week in a virtual-style setting.
Advance Quantum Technologies
Harness the skills needed to transform science.
Frequently Asked Questions
This course is tailored for professionals in STEM fields, IT, telecommunications, and industries exploring quantum technologies. Whether you're starting in quantum science or seeking to expand your knowledge, this online course equips you with valuable skills for career growth in emerging quantum technologies. For more information, please fill out the get in touch with us today to be contacted by a admissions advisor.
The course covers foundational and advanced topics in quantum science, focusing on networking, secure communications, and cryptography. You'll gain hands-on experience in how quantum technologies are applied to real-world problems, such as building secure networks and developing new communication protocols. The curriculum is designed to bridge the gap between theoretical quantum science and practical applications, making it relevant for multiple industries.
While prior knowledge is beneficial, it is not required. The course is designed to provide foundational and advanced knowledge in quantum science and communications. A bachelor's degree in math, physics, statistics, electrical and computer engineering, or computer science is strongly recommended. The following competencies in particular will be required to be successful in the course:
- Linear algebra: Able to perform matrix operations including addition, subtraction, and multiplication. Participants should also know what eigenvectors are and be familiar with singular value decomposition.
- Probability theory: Able to calculate conditional probabilities.
- Python programming: Able to use Jupyter notebooks to read, understand, and write simple programs in Python.
The Quantum Communications course is fully online, offering flexibility for working professionals. You can complete the courses at your own pace, balancing your studies with work and personal commitments. The online format includes interactive lessons, discussions, and project-based learning, ensuring you gain practical, hands-on experience with quantum technologies.
Students can pursue a range of roles in quantum computing, telecommunications, cybersecurity, and advanced networking. This course equips you with in-demand skills for roles such as Quantum Network Engineer, Secure Communications Specialist, Quantum Cryptography Analyst, and positions in research and development. With more industries investing in quantum technologies, the demand for professionals with this expertise is expected to increase significantly.
The Quantum Communications course can be completed in eight weeks with live synchronous sessions taking place every Tuesday and Thursday from 7:00 p.m. to 8:00 p.m. CST. All required assignments are typically due one week after the final scheduled synchronous session. The time commitment per week is four to five hours.
Yes. By enrolling in this course, you are consenting to a required screening process to ensure your course eligibility per U.S. export control laws. A form will be emailed to registrants upon confirmation of enrollment and their tuition is paid in full. Once this review has been completed, you will receive an update on your enrollment status informing you of next steps. Please allow 5-7 business days to complete this step.
The University of Chicago reserves the right to remove and refund registrants who do not meet the compliance requirements necessary to participate in this course. All students must be screened in adherence to U.S. export control laws, which govern the transfer or disclosure of goods, technology, software, services, and funds originating in the United States to persons or entities in foreign countries OR to non-U.S. persons, even if located in the United States.
The Quantum Revolution Has Begun
UChicago is focused on solving the hardest, most important problems, investing in advanced technology, and growing a diverse range of quantum researchers and engineers working in a variety of disciplines to become the innovators of tomorrow. Our online course in Quantum Science, Networking, and Communications can help you reach levels you may never have thought possible.
Future-proof your career
