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Laboratory Overview	Software engineering through creating and developing future systems Engineering techniques and tools for software systems are rapidly changing. Few of the systems are made from scratch, instead they are built to use reusable components including commercially available components and OSS. Meanwhile, new type of systems such as M2M / IoT, which integrates embedded systems, information systems and AI systems, are emerging. Engineering such diversified and complicated systems needs new type of technologies for effectively and efficiently analyzing requirements for the systems, and designing, building, and verifying & validating the systems to achieve their high quality. Our laboratory is advancing research on techniques and tools for engineering such new types of software systems.
Laboratory Character	The latest technology of software engineering and IoT can be learned in the laboratory seminars twice a week. There are also research exchanges with other research institutions and other universities. Starting from the object-oriented approach and programming techniques, the students propose and develop a system for themselves, which will enable them to skill up.
Research Outputs	You can review research papers in the website below. https://shibaura.pure.elsevier.com/en/persons/tsuyoshi-nakajima
Laboratory Research Field	Software quality Requirements engineering Software architecture Internet of things Model-based engineering Software metrics
Recent Research Topics	Quality requirements Complexity of software model description Prototyping and recommendation of IoT architecture Design inspection Software engineering education
Affiliated Conferences	IEEE Computer Society Information Processing Society of Japan The Institute of electronics Information and Communication Engineering
For Social Contributions to the World Sustainability	Software are used and embedded in a wide variety of systems from enterprise information systems to automobiles and home electronics. Almost all the companies are trying to catch up and use software engineering techniques and tools to achieve better quality and productivity to develop software.
Related Industries	Software
Applicable Industrial Fields	Software engineering
Instruments and Devices in this Laboratory	Windows PC Macbook
Research Seeds	Standards on Quality requirements and evaluation Complexity measures for Statecharts