（地独）神奈川県立産業技術総合研究所 List of News Articles

This course aims to systematically teach the fundamental concepts and techniques of data science, enabling participants to acquire foundational knowledge and develop skills that can be applied to their work and projects. It is designed for beginners to intermediate learners, focusing on a solid understanding of the basics of data science and the acquisition of practical skills. Ultimately, the goal is to support participants in utilizing these techniques to achieve effective results in their careers and projects.

We will provide basic knowledge about the microorganisms necessary for power generation and the structure of microbial fuel cells, along with the latest research developments. During the lecture, you will have the opportunity to observe demonstrations of currently researched microbial fuel cells and create mud batteries to see how power generation works. If you are in charge of new business initiatives or are interested in incorporating microbial power generation into your projects, please join us if you are interested in new decarbonization technologies.

This course will address the corporate response to the new requirement of DPP as a future challenge, while explaining the trends in environmental policies occurring in the EU and elsewhere, the essence and trends of individual laws, and the concept of management systems that accept change, divided into three sessions. Session 1: [Understanding Basic Requirements] - Completed Session 3: [Experience Session] (Scheduled for November) ★ Session 2: [Understanding New Trends] We will explain the trends of new regulatory laws that are in high demand among compliance officers, not only in the EU, the United States, and Asia where Japanese companies are expanding, but also in new markets such as South America, Oceania, India, and Middle Eastern countries. Common themes such as PFAS and packaging materials will also be explained in a comparative format across countries. Target Audience: Compliance officers regarding product regulatory laws.

Amid the explosive growth in AI demand, there is a strong need for high efficiency and energy-saving data processing in semiconductors. The most anticipated breakthrough technology in this area is "chiplets," with the "hybrid bonding" technology that enables ultra-high-density wiring positioned as a key technology. This lecture, led by a prominent researcher at the forefront of hybrid bonding technology research, will provide a comprehensive three-hour course. <Date> September 5, 2025 (Friday) 13:00-17:00 <Instructor> Fumitaka Inoue (Associate Professor, Graduate School of Engineering, Yokohama National University, Associate Professor, Center for Semiconductor Quantum Integrated Electronics, Institute of Advanced Integrated Studies) ●Curriculum● 13:00-14:30 Basics of Chiplet Integration 14:40-16:10 Research Trends and Challenges in Hybrid Bonding 16:10-16:30 Q&A *Networking session for 30 minutes starting at 16:30 <Contact> Kanagawa Institute of Industrial Science and Technology (KISTEC) Human Resource Development Department, Education and Training Group E-mail: manabi@kistec.jp

【Face-to-Face │ With Exercises and Feedback】 ~ Interpreting questions, logically structuring thoughts, and expressing them ~ ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ Presenting research results, reporting on work progress, facilitating meetings... Haven't you ever been told, "Could you explain it a little more so that people can understand it better?" As you transition from research and development roles to management positions, there will be various situations where you need to provide explanations that ensure the "understanding" of your audience. This is a face-to-face course that conducts practical exercises using materials related to your daily work.

~Use Generative AI Right Away!~ You will actually use various generative AI applications and experience their convenience, while acquiring practical skills and specific utilization methods using the open-source AI framework (LangChain) as a library for ChatGPT's LLM. Additionally, we will explain data utilization methods using OPC UA and conduct exercises for small-scale AI demos. For the course curriculum and details, click here ▶ https://www.kistec.jp/learn/aiframework/ ▼ Contact Information Kanagawa Prefectural Institute of Industrial Technology, Human Resource Development Department, Education and Training Group E-mail: manabi@kistec.jp TEL: 044-819-2033

The key to effectively utilizing CAE software lies in the Finite Element Method (FEM). In this course, we will thoroughly learn the fundamentals of the Finite Element Method, which serves as a unified tool for analyzing various physical phenomena, starting from the fundamental equations of phenomena (governing equations). This course is certified as a "Certified CAE Skills Training Course" by the Japan Society of Mechanical Engineers (JSME). Participants who attend all sessions may apply to the society for certification and exemption from examinations, among other benefits. For more details, please contact the Japan Society of Mechanical Engineers. Date: August 28 (Thursday), 29 (Friday), September 1 (Monday), 2 (Tuesday), 2025 - a total of 4 days Method of delivery: In-person lectures and practical sessions (however, online participation is available upon request except for the final day) ▼ Inquiries regarding the course

The goal is to gain a comprehensive understanding of post-quantum cryptography, including lattice theory, the threats posed by quantum computers to cryptography, an overview of the standardization trends by NIST, and standardized cryptography, as well as an explanation of high-performance cryptography that is expected to be increasingly utilized in the future. Date: September 18 (Thursday) and September 19 (Friday), 2025, from 10:00 to 16:00 Target Audience: Researchers and engineers who wish to touch upon the challenges and latest trends in cryptographic technology in the era of quantum computing and those who want to revisit the foundational theories. Instructor: Noboru Kunihiro (Professor, Graduate School of Systems and Information Engineering, University of Tsukuba) and others ▼ Contact Information Kanagawa Prefectural Institute of Industrial Technology, Human Resource Development Department, Education and Training Group E-mail: manabi@kistec.jp