The lecture introduces the course "Introduction to Multiagent Systems" (CPSC 532A), which focuses on the mathematical and computational foundations of modern multiagent systems, particularly from a game-theoretic perspective. The course emphasizes student participation through seminars and traditional lectures, culminating in a research project where students survey existing literature and explore open research questions. Key topics include: - Overview of Multiagent Systems - Theories of MAS - Fun games The course is designed for students with no prior experience in economics, game theory, mechanism design, or auction theory. Students are expected to have a basic understanding of probability theory, computational complexity, and combinatorial optimization. The course includes three or four assignments, with the final project involving writing and peer reviewing a paper on a topic of interest within Multiagent Systems. Academic honesty is strictly enforced, and the grading scheme includes a final project and peer review. The course uses an electronic textbook that will be updated throughout the year, and the schedule includes interactive activities such as introductions and fun games to engage students.The lecture introduces the course "Introduction to Multiagent Systems" (CPSC 532A), which focuses on the mathematical and computational foundations of modern multiagent systems, particularly from a game-theoretic perspective. The course emphasizes student participation through seminars and traditional lectures, culminating in a research project where students survey existing literature and explore open research questions. Key topics include: - Overview of Multiagent Systems - Theories of MAS - Fun games The course is designed for students with no prior experience in economics, game theory, mechanism design, or auction theory. Students are expected to have a basic understanding of probability theory, computational complexity, and combinatorial optimization. The course includes three or four assignments, with the final project involving writing and peer reviewing a paper on a topic of interest within Multiagent Systems. Academic honesty is strictly enforced, and the grading scheme includes a final project and peer review. The course uses an electronic textbook that will be updated throughout the year, and the schedule includes interactive activities such as introductions and fun games to engage students.