Meiji University is a private institution based in Tokyo, Japan, founded in 1881. Meiji University is considered one of Japan-s most reputed universities and has a reputation for greatness in education and research.
Meiji University is dedicated to carrying out research that contributes to the advancement of society. Meiji University has a long history of performing interdisciplinary research that covers a wide range of areas, from the humanities and social sciences to engineering and natural sciences.
Meiji University is well-known for its international collaborations and partnerships with over 200 institutions worldwide. Meiji University ranks among Japan-s best universities, comprising ten undergraduate, twelve, and four professional graduate schools.
Meiji University makes great strides in innovating education and research with consideration of social responsibility, particularly contributions to the international community.
Address:   1 Chome-1 Kanda Surugadai, Chiyoda City, Tokyo 101-8301, Japan
Phone:  +81 3-3296-4545
Email:  infocom@mics.meiji.ac.jp
Website:  https://www.meiji.ac.jp/
• Major in Computer Science
• Major in Information Systems
• Major in Network Systems
• Master-s Program in Computer Science and Information Systems
• Doctoral Program in Computer Science and Information Systems
• Master-s Program in Information Security and Digital Forensics
• Doctoral Program in Information Security and Digital Forensics
• Master-s Program in Network and Service Systems
• Doctoral Program in Network and Service Systems
Meiji University in Tokyo-Japan has a strong computer science research program with a focus on cutting-edge technologies such as
• Artificial Intelligence
• Theory of Computing
• Web Science
• Software Science
• Computer Design
• Information Security
• Computer Architecture
• Optimization
• Image Processing Systems
• Brain Cybernetics
• Software Engineering
• High Performance Parallel Computing System
• Intelligent Robot System
• Machine Learning
Artificial Intelligence:
• Natural language processing
• Robotics and autonomous systems
• Computer vision and image recognition
• Machine learning and data mining
• Knowledge representation and reasoning
• Multi-agent systems
• Reinforcement learning
Theory of Computing:
• Computational complexity
• Automata theory and formal languages
• Cryptography and security
• Theory of distributed computing
• Logic and computation
• Quantum computing and information
Web Science:
• Social network analysis
• Web mining and information retrieval
• Web-based recommender systems
• Web security and privacy
• Semantic web and ontology engineering
Software Science:
• Software verification and validation
• Formal methods and program analysis
• Software testing and debugging
• Software evolution and maintenance
• Model-driven engineering and software reuse
Computer Design:
• Computer system architecture
• Memory hierarchy and caching techniques
• Energy-efficient computing
• High-performance computing
Information Security:
• Cryptography and cryptographic protocols
• Network and system security
• Security of cyber-physical systems
• Privacy-preserving data mining
• Cybercrime and digital forensics
• Secure software engineering
Computer Architecture:
• Processor architecture and microarchitecture
• Memory hierarchy and cache organization
• Network-on-chip design and optimization
• Energy-efficient computing
Optimization:
• Combinatorial optimization
• Convex optimization and linear programming
• Stochastic optimization and simulation
• Multi-objective optimization
• Swarm intelligence and metaheuristics
• Game theory and mechanism design
Image Processing Systems:
• Image and video analysis
• Computer vision and pattern recognition
• Medical image processing
• Object detection and tracking
• 3D imaging and reconstruction
• Augmented reality and virtual reality
Brain Cybernetics:
• Brain-computer interface
• Neuroengineering and neuroprosthetics
• Computational Neuroscience
• Brain-inspired computing and neural networks
• Brain mapping and imaging
• Neural rehabilitation and therapy
• Cognitive robotics
Software Engineering:
• Requirements engineering
• Software development methodologies
• Software project management
• Software quality assurance and testing
• Software architecture and design patterns
• Empirical software engineering
High Performance Parallel Computing System:
• Parallel algorithms and data structures
• Parallel programming models and languages
• High-performance computing architectures
• Cluster and grid computing
• Cloud computing and distributed systems
• Big data processing and analytics
Intelligent Robot System:
• Robot perception and cognition
• Robot learning and adaptation
• Robot control and planning
• Multi-robot systems
• Human-robot interaction
• Robot vision and manipulation
• Artificial Intelligence (AI) Lab
• Web Science Lab
• Computer Design Lab
• Information Security Lab
• Computer Architecture Lab
• Mathematical Optimization Lab
• Software Science and Technology Lab
• Intelligent Information Processing Systems Lab
• Image Processing Systems Lab
• Discrete Algorithms Lab
• Brain Cybernetics Lab
• Software Engineering Lab
• High Performance Parallel Computing System Lab
• Intelligent Robot System Lab
• LSI System Design Methodology Lab
• Machine Learning Lab
• Meiji University International Students Incentive Scholarship Program
• Meiji University Parents Association Union Scholarship for International Students
• Meiji University Special Grant for Privately Financed International Students
• Meiji University Scholarship for Privately Financed International Students
• Meiji University Globalization Support Fund Limited Scholarship
• MEXT Scholarship program (Embassy Recommendation)
• Monbukagakusho Honors Scholarship
• International Graduate Program for Advanced Science (IGPAS)
• Meiji University International Ph.D. Program in Information Science and Technology
To apply for a Ph.D. program in Computer Science at Meiji University in Tokyo, Japan, the following admission requirements must be met:
• Applicants must have a master-s degree or equivalent in computer science or a relevant field from an authorized university
• Applicants must have a strong command of the English language and demonstrate it through one of the following tests: TOEFL, IELTS, or TOEIC
• Applicants must provide a research proposal describing their intended research topic and objectives
• Applicants must submit official transcripts of their academic records
• Applicants must submit at least two letters of recommendation from academic or professional references
• Applicants must provide a CV or resume detailing their academic and professional experience
• Applicants must pay an application fee