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※Note: If you take more than 4 credits worth of Fundamental subjects, the additional credits will not be counted towards the credits required for completion. The credits in first column indicate the total number 　of credits required for the first year, and credits in the second column indicate the total number required for both years.Waseda IPS SyllabusCourse Category2 credit courses during the spring semesterInformation ArchitectureInformation ArchitectureInformation ArchitectureInformation ArchitectureProduction SystemsMaster’s program, 1st year1 Year After EntranceProduction SystemsProduction SystemsMaster’s program, 2nd yearCompletion Requirements2 credit courses during the fall semesterIntegrated SystemsProduction SystemsIntegrated SystemsIntegrated SystemsCommon Field2 credit courses during the fall semesterA: 2 credit courses during the fall semester, B: 4 credit courses during the spring semester, C: 2 credit courses during the spring semester, D: 2 credit courses during the fall semester・Smart Industry A,B,C,D・Terahertz Integrated Systems A,B,C,D・Opto-electronic Integrated Systems A,B,C,D・Neurocomputing Systems A,B,C,D・Database System A,B,C,D・Green Integrated Systems A,B,C,D・Integrated System Optimization A,B,C,D・Image Media A,B,C,D・Wireless Communication Circuits Technologies A,B,C,D・Bio Information Sensing A,B,C,D※The syllabuses of Specialized subjects and Exercises are available on "Web Syllabus" or Course Registraion page. Web Syllabus：https://www.wsl.waseda.jp/syllabus/JAA101.php?pLng=en※Projected subjects could be arranged without notification.EntranceFundamental subjectsAdvanced subjectsLaboratory worksSpecialized subjects (required)Exercises (required)Total1st semester1 year after entranceConfirmation that credit requirementshave been metMid-term Presentation(at start of 2nd semester)Receive a passing evaluation1st semester2 credit courses during the fall semesterSearch2nd semesterProvisional laboratory assignment(about 1 month after entrance)Major laboratory assignment (from 2nd semester)18 credits or more4 credits or more22 credits or more2nd semesterCompletionMaster’s thesispresentation20 credits or more2 credits or more8 credits or more30 credits or moreFundamental subjectsSpecialized subjects・Multivariate Analysis・Applied Statistic Data Processing・Data Structures and Algorithms・Network Security・Analog CMOS Circuits・Kinematics of Machinery・Internet of Medical Things (IOMT)Advanced subjects●Human-Robot Interaction◆Theory of collective intelligence　(Summer Quarter)・Scheduling Algorithms・Database・Biosensor Engineering・Optical transmission technologies・Bioengineering・Fundamental Biosystems・Bioinformatics・Information Organization・Fiber optic measurement technology★Special Exercise of Community 　Computing IILaboratory works・Robotics and mechatronics・Smart Industry・Community Computing・Data Engineering・Network Intelligence and SecurityExercisesYou can gain a broad range of knowledge and skills that span multiple fields in addition to your specialty. Our curriculum is designed to enable even students who do not have a background in science and engineering to start researching.(Year 2025)Master’s Program, from Entry to CompletionTo complete a master’s program, you must be enrolled in the program for at least two years, earn the number of credits specified for the required courses, receive a passing evaluation for your master’s thesis, and pass a final examination. For the first six months of the program, you will have a provisional laboratory assignment. After six months you must apply for a major laboratory assignment, which you will have until you complete the program, by undergoing an interview with the laboratory’s supervisor. From that point you will begin writing your master’s thesis under the supervisor’s direction. You may apply for a different laboratory from your provisional laboratory assignment.Course Credit and Completion RequirementsCoursesMaster’s thesis (required, no credits)・Semiconductor Material and 　Device Characterization・Optimization Technology and 　Its Applications・Probability and Statistics・Theory of Constraint Processing・Digital Signal Processing★Special Exercise of 　Community Computing I●Image Processing●Neural Networks◆Smart factory I 　(Fall Quarter)●Pattern Recognition・Internet of Things and 　Big Data・Information Security 　EngineeringLaboratory Works on Information Architecture・Computational Neuroscience・Multimedia Engineering・Example-based machine translation/NLP・Bio Information Sensing ・Advanced fiber optic technologies・Example-based machine translation/NLP A,B,C,D・Robotics and mechatronics A,B,C,D・Fiber-optic systems A,B,C,D・Network Intelligence and Security A,B,C,D・Community Computing A,B,C,D・Technical Writing &Presentation・Microbial Energy Conversion and 　Sensing Systems・Solid State Physics●Automobile Engineering・Modeling and Control・Bioelectronics・Autonomous Mobile Robots●Reliability Engineering・Measurement and Analysis Device Engineering・Multi-objective Decision Making and Application・Biomicromachine◆Information Management 　(Fall Quarter)・Design of Heuristic Search 　and its Application・Micro and Nano Fluidic Engineering・Design of Machine Elements●The subjects of Joint Graduate School Intelligent Car, Robotics & AI Course ★The credits are not included in the required credits for graduation. ◆1 credit・Micro and Nano Fluidic Device ・Current Bioelectronics・Biomedical Engineering・Mobile Robotics Platform・Semiconductor Materials and Device Engineering・Design Engineering and System A,B,C,D・Mobile Robotics Platform A,B,C,D・Micro and Nano Fluidic Device A,B,C,D・Bioelectronics A,B,C,D・Semiconductor Materials and Device Engineering A,B,C,D2 credit courses during the spring semester・Microprocessor・Opto-electronic Integrated 　Circuits・Transmission Circuits・System LSI Architecture・VLSI Physical Design・MEMS Device Engineering2 credit courses during the fall semester2 credit courses during the fall semester・Mechanical System Design・Design Engineering and System・Information and Production Process・Functional Thin Films・Spectroscopy・Basics of Computer Programming・Mechatronics・Integrated Circuit Engineering●Computational Intelligence・Robotics・Fundamental Mathematics・Biological Information Engineering・Dynamics of Machinery・Applied Organic Electronics・Science and Technology of 　Functional Materials★Special Exercise of 　Organic Electronics II・Packaging and Assembly 　Technologies for Integrated Systems・High-speed, High-frequency LSI Design・System LSI Design・Video Signal Processing・Semiconductor Device Technology and Engineering・Design for Testability・Medical Device Engineering・Physics and Technology 　of Semiconductor MOS Devices ・Thin Film Processing★Special Exercise of Organic 　Electronics I・Biomedical Engineering A,B,C,D・Mechanical System Design A,B,C,D・Production Process A,B,C,D・Functional Thin Films A,B,C,D・Optical fiber engineering・Background and basics in 　distributional semantics・Electromagnetics・Digital Circuits・Sensing Engineering・Surface Science・Semiconductor Memory 　Technology and Engineering・Laser Engineering★Special Exercise of VLSI 　Physical Design Automation II・Terahertz Wave Engineering・Machine Learning・Optical Semiconductor Devices★Special Exercise of VLSI Physical 　Design Automation I・Optical Circuit Simulation Technology・Analog LSI Design・Finite Element Analysis・Acoustic Signal ProcessingLaboratory Works on Production Systems・Image Information Systems・Intelligent Acoustic Systems・Terahertz Integrated Systems・Light Emitting Systems・Integrated System Optimization ・Micro Electro-Mechanical Systems A,B,C,D・Image Information Systems A,B,C,D・Light Emitting Systems A,B,C,D・High-Level Verification Technologies A,B,C,D・Intelligent Acoustic Systems A,B,C,D(maximum of 4 credits in Fundamental subjects)・Electromagnetic Field Analysis・Simulation Techniques・Fundamentals of Organic Electronics Ⅰ・Fundamentals of Industrial and 　Management System Engineering・Fundamentals of Organic Electronics Ⅱ・Crystal engineering◆Operations Management as 　a Strategic View Point_Spring◆Operations Management as 　a Strategic View Point_Fall・Wireless Communication Circuits Technologies・High-Level Verification Technologies・Green Integrated Systems・Opto-electronic Integrated Systems・Micro Electro-Mechanical Systems11Graduate School of Information, Production and Systems, Waseda UniversityCurriculum and projected subjects