Superconducting Quantum Computing
Superconducting quantum computers are among the most advanced quantum technologies being developed by leading companies and governments worldwide. This program includes four specialized courses that cover the pathway from the fundamentals of quantum physics to the design, fabrication, and operation of quantum chips and systems.
- Category
- Quantum computer hardware
- Status
- Upcoming
Course overview
Superconducting quantum computers are currently at the forefront of global technological competition. Companies such as IBM, Google, and Amazon have invested billions of dollars in this field, and major governments have identified it as a strategic priority and an area related to national security. However, behind these quantum processors lies a complex chain of knowledge and expertise, ranging from quantum physics and circuit design to chip fabrication and laboratory operation.
This program consists of four specialized courses designed for individuals who want to understand this technology chain from beginning to end and actively contribute to its development. Each course covers one of the fundamental layers of this technology, and together they provide a comprehensive overview of the knowledge and skills required for a specialist in the field of superconducting quantum computers.
Course details
- Start date
- 12/17/2026
- End date
- 12/31/2026
- Registration deadline
- 12/16/2026
Who is this course for?
- Undergraduate and graduate students and researchers in physics, electrical engineering, materials engineering, computer engineering, and related fields
- Researchers and professionals interested in working in the field of quantum hardware and superconducting quantum computers
- Individuals who aim to begin their research or industrial careers in quantum processor development and quantum laboratories
Course objectives
Course syllabus
- 1
Introduction to Superconducting Quantum Computers and Single-Qubit Gates
Introduction to superconducting quantum computers Superconducting qubits General structure of quantum algorithms Implementation of different single-qubit gates Sources of errors and error mitigation approache - 2
Two-Qubit Gates and Tunable Couplers
Mechanisms of two-qubit gates Tunable coupler architecture, advantages, and control methods Sources of errors and error mitigation approaches - 3
Qubit State Readout and Initialization
Measurement of resonator frequency Measurement of qubit states Limitations and approaches for improving qubit readout accuracy Qubit state initialization
Course instructors
- S
Shokhmkar Mehdi
Instructor
- ح
حسین گرجی زاده
Instructor
- A
Abolfazl Ebrahimi
Instructor
- M
Mahdi Piri
Instructor
Enroll in this course
- Start date
- 12/17/2026
- Register by
- 12/16/2026
- Sessions
Frequently asked questions
Course Prerequisites
Basic knowledge of quantum mechanics and fundamental qubit concepts Familiarity with the fundamentals of electrical circuits and electronics Basic understanding of electromagnetics and microwave engineering Basic knowledge of programming and scientific simulation concepts (preferably Python) Prior familiarity with quantum circuits and quantum gates (an advantage) Recommended Level Senior undergraduate students, graduate students, and professionals with a technical and engineering background.
Will participants receive a certificate after completing the course?
Yes. After approval by the instructor and completion of the assigned exercises, participants will receive a certificate of attendance issued by Sharif University of Technology.
