COE 530 - Quantum Computer and Architecture

Digital logic: logic gates, combinational digital circuits. Computer organization: Instruction set architecture. Quantum gates. Quantum circuits. Quantum architecture. Quantum Programming. Quantum Compilers. Qubit control and measurement. Quantum Benchmarking.

Credits: 3-0-3 Offered: S Type: Core

Prerequisites: Graduate Standing

Course Resources

Course Syllabus & Policy

• COE 530 Syllabus

Textbooks & References

• No materials available yet

Homework & Assignments

• Term Project - Benchmark Circuit & Scoreboard (GitHub)
• Optimization of a 12-Qubit Quantum Circuit - Student Project Report (Ibraheem AlYousef)

Exams & Solutions

• Midterm Study Guide - Lectures 1–4, 7–11 (Ibraheem AlYousef)
• Final Study Guide - Lectures 12–18 (Ibraheem AlYousef)

Quizzes & Solutions

• No materials available yet

Lecture Notes

• Lecture 01 - Classical Computer Systems I (History & Foundations)
• Lecture 02 - Classical Computer Systems II (ALU)
• Lecture 03 - Classical Computer Systems III (Memory Units & QRAM)
• Lecture 04 - Classical Computer Systems IV (ISA, Assembly & OS)
• Lecture 07 - Classical Simulation for Quantum Computing
• Lecture 08 - Quantum Assembly Language (OpenQASM)
• Lecture 09 - Quantum State Tomography
• Lecture 10 - Quantum Circuit Synthesis I (Unitary Decomposition)
• Lecture 11 - Quantum Circuit Synthesis II (Oracles & Architecture Search)
• Lecture 12 - Circuit Optimization
• Lecture 13 - Qubit Mapping and Reuse
• Lecture 14 - Gate Scheduling and Resource Allocation
• Lecture 16 - Quantum Software Stack
• Lecture 17 - Quantum Benchmarking
• Lecture 18 - Distributed Quantum Computing

Computational Materials

• PA2 - Generalized Wordle via Bernstein–Vazirani (MyQLM/Qiskit)
• Quantum Compiler Project - Code & Optimized Circuit (Qiskit)

← Back to MS in Quantum Computing