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Fundamental subjects・Basic of AD/DA Converters・Systems Engineering・Power Electronics・Optical Engineering・Data Structures and Algorithms・Analog CMOS Circuits・Basic of Radio Propagation・Introduction to System LSI・Computer Architecture・Quantum Electrodynamics●Computational Intelligence●Business Process Modeling・Robotics・Optical fiber engineering●Background and basics in  distributional semantics●Digital Circuits・Basics of Measurement Engineering・Surface Science・Energy Engineering・Information System Design・Semiconductor Device Technology・Simulation Techniques・Probability and Statistics・Introduction to Engineering Experimentation_Fall・Advanced Engineering Experimentation・Programming Basics●Information Networks・Kinematics of Machinery・Basic of Antenna●Operations Research・Theory of Constraint Processing・Linear Algebra・Introduction to Engineering  Experimentation_Spring●Control Engineering・Solid State Physics●Spectrum Analysis2 credit courses during the spring semester2 credit courses during the fall semester・Bioengineering・Programming Languages and Methodology・Bioinformatics・Information Organization・Distributed System・Theory on Object Oriented Design●Fiber optic measurement technology・Smart factory I (Fall Quarter)・Smart factory II (Winter Quarter)●Pattern Recognition・Information Security Engineering★Technical Presentation Special Exercise_Fall・Biomicromachine・Information Management・Process Technology for Power  Devices and Reliability・Design of Machine Elements・Applied Optics●Supply Chain Management・Process Control●Power Semiconductor Devices●Linear Systems Theory★Dielectric Insulator Materials Special Exercise●Machine Diagnosis Techniques・High-speed, High-frequency LSI Design・Emerging Memories・System LSI Design・Video Signal Processing・Low Power LSI Design・Analog and Digital Modulations・Design for Testability・Dependable LSI Systems●Optical Semiconductor Devices・Optical Circuit Simulation Technology・Analog LSI Design★Microwave System Simulation Special Exercise2 credit courses during the fall semesterAdvanced subjects●Natural language processing (NLP)●Human-Robot Interaction・Machine translation technology・Industrial Marketing (Spring Quarter)・Theory of collective intelligence  (Summer Quarter)・Scheduling Algorithms●Database・Optical transmission technologies●Human Interface●Image Processing●Neural Networks・Convex Analysis★Technical Presentation Special Exercise_Spring●Automobile Engineering●Bioelectronics・Wave Optics・Semiconductor Interconnection  Materials and Technologies・Dynamics of Machinery●Reliability Engineering●Optimal Control Theory・Dielectric Insulator Materials★Engineering Experimentation  Special Exercise●Automobile and Plant Control  ModelingProduction SystemsInformation Architecture・Microprocessor・Semiconductor Memory Design・Transmission Circuits・System LSI Architecture●Energy-Efficient LSI Systems●Digital LSI Architecture・MEMS Device Engineering・Opto-electronic Integrated Circuits・Laser Engineering★Microwave Planer Circuits Special  ExerciseIntegrated Systems2 credit courses during the spring semester●The subjects of Joint Graduate School in Car Electronics Course / Intelligent Car & Robotics Course ★The credits are not included in the required credits for graduation and laboratory assignment.※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.Specialized subjects・Robotics and mechatronics・Smart Industry・Community Computing・Data Engineering・Network Community・Computational Neuroscience・Multimedia Engineering・Example-based machine translation/NLP・Interactive Programming・Advanced fiber optic technologiesInformation Architecture・Current Bioelectronics・Advanced Biomedical Optics・Power Semiconductor Devices・Mechanical System Design・Advanced Materials・Machine Diagnosis・Advanced Production Systems・Information and Production Process・Control and Information・Systems ControlProduction Systems・Image Information Systems・Dependable Information Systems・ASIC Design Automation・Light Emitting Systems・Wireless Communication Circuits Technologies・High-Level Verification Technologies・Opto-electronic Integrated Systems・Emerging Memory System・Micro Electro-Mechanical SystemsIntegrated Systems2 credit courses during the fall semesterExercises・Smart Industry A,B,C,D・Neurocomputing Systems A,B,C,D・Database System A,B,C,D・Image Media A,B,C,D・Thinking Networks A,B,C,D・Example-based machine translation/NLP A,B,C,D・Robotics and mechatronics A,B,C,D・Interactive Programming A,B,C,D・Fiber-optic systems A,B,C,D・Community Computing A,B,C,DInformation Architecture・Power Semiconductor Devices A,B,C,D・Machine Diagnosis Techniques A,B,C,D・System Control A,B,C,D・Bioelectronics A,B,C,D・Manufacturing Information Systems A,B,C,D・Process Control A,B,C,D・Biomedical Optics A,B,C,D・Mechanical System Design A,B,C,D・Production Process A,B,C,D・Advanced Materials A,B,C,DProduction Systems・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・Emerging Memory System A,B,C,D・Dependable Information Systems A,B,C,D・Opto-electronic Integrated Systems A,B,C,D・ASIC Design Automation A,B,C,D・Wireless Communication Circuits Technologies A,B,C,DIntegrated SystemsA: 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 semesterLaboratory worksLaboratory Works on Information ArchitectureInformation Architecture2 credit courses during the fall semesterLaboratory Works on Production SystemsProduction Systems2 credit courses during the fall semesterGain 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.Curriculum and projected subjects(Year 2020)SearchWaseda IPS SyllabusCourse Credit and Completion Requirements18 credits or more(maximum of 4 credits in Fundamental subjects)CoursesMaster’s thesis (required, no credits)Fundamental subjectsAdvanced subjectsLaboratory worksSupecialized subjects (required)Exercises (required)TotalCourse Category1 Year After Entrance20 credits or more(maximum of 4 credits in Fundamental subjects)2 credits or more8 credits or more30 credits or moreReceive a passing evaluation22 credits or more4 credits or moreCompletion RequirementsMaster’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 than your provisional laboratory assignment.※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.Master’s program, 1st year1st semester2nd semesterMaster’s program, 2nd year1st semester2nd semesterProvisional laboratory assignment(about 1 month after entrance)Mid-term Presentation(at start of 2nd semester)Major laboratory assignment (from 2nd semester)Confirmation that credit requirementshave been metMaster’s thesispresentationEntrance1 year after entranceCompletion11Graduate School of Information, Production and Systems, Waseda University

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