CMC RESEARCH Ltd. List of News Articles

■Event Details Date and Time: November 13, 2026 (Friday) 10:30 AM - 4:30 PM Participation Fee: 57,200 yen (tax included, including materials preparation fee) *Materials will be distributed in booklet form *Newsletter subscribers: 51,700 yen (tax included) Instructor: Dr. Momoshi Kubo (Director and Professor, Center for Computational Materials Science, Tohoku University Institute for Materials Research) Lecture Method: Live seminar via Zoom This seminar will comprehensively explain the corporate utilization of computational science simulations, collaboration with materials informatics, various simulation methods, and practical material design examples for semiconductors, batteries, polymers, and more.

■Title: "Technological Trends in Packaging for Data Centers and Design/Evaluation Techniques for Encapsulation Materials" This presentation will explain the packaging technologies and encapsulation materials that support semiconductor devices for data centers, which continue to evolve with the proliferation of AI. We will organize the trends of the latest packaging technologies, such as chiplets and wafer-level packaging, while systematically learning the design requirements and evaluation techniques for encapsulation materials, including high purity, moisture resistance, low stress, low dielectric loss, and high thermal conductivity. Additionally, we will introduce the latest trends in optoelectronic integration technologies that support next-generation data centers. - Technical trends in packaging for data centers - Design techniques for semiconductor encapsulation materials - Evaluation techniques for semiconductor encapsulation materials - Wafer-level packaging and chiplet technology - Latest trends in optoelectronic integration technology - Designers of semiconductor encapsulation materials - Engineers using semiconductor encapsulation materials - Developers of epoxy resins and hardeners - R&D personnel from semiconductor material manufacturers

■Title: "Fundamentals and Applications of Non-Fluorinated Water-Repellent and Oil-Repellent Coatings, Development Trends" In light of the strengthened PFAS regulations, this presentation will clearly explain non-fluorinated water-repellent and oil-repellent coatings, covering the basics of water-repellent and oil-repellent technologies, the trends in PFAS regulations in various countries, and the latest developments in alternative technologies. It will also introduce the characteristics and application examples of various materials such as silicone-based, urethane-based, polyolefin-based, and hybrid materials, providing knowledge that will be useful for product development and material selection. - Basic knowledge of water repellency and oil repellency - Fundamentals of fluorinated water-repellent and oil-repellent coatings - Overview of PFAS regulations in Europe, the United States, and Japan - Technical trends in non-fluorinated water-repellent and oil-repellent coatings - Characteristics and application examples of various non-fluorinated materials - Planning and development personnel considering the adoption of water-repellent and oil-repellent coatings - Engineers involved in products utilizing coatings - Personnel considering fluorinated alternative materials - Young engineers and students who want to learn about water-repellent and oil-repellent technologies

■Title: "The Complete Picture of Advanced Semiconductor Packaging Technology - From 2.5D/3D and Chiplets to Thermal and Power Solutions, Reliability Evaluation, and PFAS Compliance -" ――A systematic explanation of advanced packaging technologies that support the evolution of AI semiconductors. In addition to the latest technological trends in 2.5D/3D packaging, chiplets, CoWoS, TSV, and glass core substrates, you will learn broadly about manufacturing processes, yield improvement, failure analysis, reliability evaluation, PFAS regulatory compliance, and thermal and power design. Practical case studies and evaluation analysis techniques directly related to work will also be explained in detail. - Basics of semiconductor packaging technology and the evolution of trends - Latest trends in 2.5D/3D and chiplet technology - Reliability testing and failure analysis techniques - Key points for yield improvement - PFAS regulatory compliance and sustainable materials - Thermal and power design technologies for advanced packaging aimed at AI - Engineers and researchers from chemical, electronics, electrical, and automotive manufacturers - Personnel involved in semiconductor backend processes and assembly technologies - Personnel involved in materials and equipment development - Those who want to systematically learn about advanced packaging technologies

■Title: "Fundamentals and Applications of Fine Bubble Technology - From the Design and Measurement Evaluation of Generation Devices to Why Ultra Fine Bubbles Exist Stably -" This presentation systematically explains fine bubble technology, which is being increasingly utilized in a wide range of fields such as water treatment, agriculture, fisheries, food, cleaning, and chemical processes, starting from the basics. It covers the characteristics of microbubbles and ultra fine bubbles, the principles of generation, device selection, measurement evaluation methods, as well as the concept of dispersion stability, which is gaining attention as a reason for their long-term existence, and the latest research trends. - Basic knowledge of fine bubbles - Characteristics of microbubbles and ultra fine bubbles - Principles and selection methods of generation devices - Measurement and evaluation techniques for fine bubbles - Concepts regarding the stability of ultra fine bubbles - Case studies of applications in agriculture, fisheries, environment, and cleaning - For those who want to start developing fine bubble technology - For engineers engaged in commercialization and product development - For personnel in the fields of water treatment, cleaning, agriculture, and fisheries - For those who want to learn the fundamentals of fine bubble technology

■Title: "Fundamentals of Semiconductor Packaging, Quality Control, and Latest Trends" ――This course systematically explains the functions and structures required for semiconductor packaging, manufacturing processes, and quality control, as well as the latest technological trends such as SiP, WLP, FOWLP, TSV, chipletization, and three-dimensional packaging. Participants will gain an understanding of the overall picture of packaging technology and practical challenges, acquiring the knowledge necessary for semiconductor development and manufacturing. - Functions required for semiconductor packaging and technological transitions - Characteristics, challenges, and countermeasures of each subsequent process - Basic knowledge of package quality control - Advanced packaging technologies such as SiP, WLP, FOWLP, and TSV - Latest trends in chipletization and three-dimensional packaging - Understanding the interrelationship between materials, equipment, and packaging technology - Young engineers involved in packaging technology - Engineers from semiconductor equipment manufacturers and material suppliers - Sales and marketing personnel - Those who wish to systematically acquire knowledge related to semiconductors

**Title: "How to Tackle the Confusing Issues of Plastic and Fiber? - The Future of Resource Circulation Technology Transforming Material Life Cycles"** - In the context of the global waste problem of discarded plastics and fibers, this presentation systematically explains material recycling, chemical recycling, advanced separation technologies for composite materials and blended fibers, as well as the utilization of biomass plastics. You will also learn about cutting-edge separation technologies using microwave selective heating and the latest domestic and international regulations and market trends. - Overview of the technology system and latest trends in plastic recycling - Characteristics and challenges of material recycling and chemical recycling - Advanced separation and resource recovery technologies for blended fibers and composite materials - Regulations and market trends related to waste plastics - The necessity and latest trends of biomass plastics - Perspectives on achieving resource circulation and carbon neutrality - Researchers and developers of plastic recycling technologies and separation technologies - Engineers in the chemical, textile, apparel, and recycling industries - Personnel responsible for promoting ESG, CSR, and sustainability - Individuals interested in resource circulation and biomass utilization

**Title** "Industrial Scale-Up of Separation Processes and Energy Saving in Process Industries: Utilizing Free Software Chemical Process Simulators and Pinch Technology" --- This course systematically explains essential separation technologies for the industrialization of chemical processes, including distillation, extraction, adsorption, and chromatography, from the basics to scale-up and energy-saving measures. Experienced instructors will provide detailed insights, incorporating know-how and case studies of failures from bench tests to pilot tests and industrialization. Additionally, participants will learn how to utilize the free software chemical process simulator "COCO/ChemSep" and the energy-saving method of pinch technology in process industries. - Industrialization and energy-saving technologies for distillation operations - Design and scale-up methods for extraction and adsorption separation processes - Case studies of industrialization in chromatography separation processes - Utilization of COCO/ChemSep - Energy-saving analysis methods using pinch technology - Process evaluation methods for carbon recycling - Researchers and engineers interested in separation engineering and scale-up - Personnel involved in chemical process development - Young engineers and researchers in process industries - Individuals interested in carbon neutrality evaluation

■Title "Catalysts and Reactors for Methanol Synthesis: From the Basics of Cu/ZnO Catalysts to CO₂ Hydrogenation and Green Methanol" Green methanol is gaining attention as we move towards a carbon-neutral society. This seminar will systematically explain the equilibrium and kinetics of methanol synthesis, the history of industrialization, the fundamentals of Cu/ZnO/Al₂O₃ (CZA) catalysts, and the concepts of reactor design. Additionally, it will provide detailed insights into the mechanisms of CO₂ hydrogenation reactions, strategies for catalyst deactivation, yield improvement techniques through multi-step reactions and product removal, as well as the manufacturing technologies and practical challenges of green methanol. - Basics of the equilibrium and kinetics of methanol synthesis - Preparation methods and reaction mechanisms of Cu/ZnO/Al₂O₃ catalysts - Differences between CO hydrogenation and CO₂ hydrogenation - Mechanisms of catalyst deactivation and countermeasures - Fundamentals of methanol synthesis reactor design - Manufacturing technologies and trends in the practical application of green methanol - Researchers and engineers in chemistry, petroleum, gas, and energy-related fields - Plant engineering personnel - Planning and business development staff

■Title: "Silicon Chemicals Active in Everyday Life and Cutting-Edge Applications; Comprehensive Explanation - From Silicon to Silicone and Silica, Basics to Applications -" ――This seminar systematically explains silicon chemicals, covering raw materials, manufacturing methods, properties, and applications. It introduces a wide range of uses from everyday items such as hygiene products and cooking utensils to advanced fields like optics and semiconductors, focusing on silicon, silanes, silicones, and silica. 【Knowledge Gained from the Seminar】 - Basic knowledge of silicon chemicals (raw materials, manufacturing methods, properties) - Classification, manufacturing methods, and applications of silicon - Manufacturing methods and applications of inorganic and organic silanes - Classification, manufacturing methods, and applications of silicones - Manufacturing methods, types, particle sizes, and applications of silica - The role of silicon chemicals in optics and semiconductors 【Target Audience for the Seminar】 - Those interested in the manufacturing methods of silicon chemicals (from silicon to silica and silicone) - Those who want to acquire systematic technical information about silicon chemicals - Those interested in the application development of silicon chemicals from everyday use to cutting-edge technologies

■Title: "Fundamentals of Microwave Heating - From Microwave Ovens to High-Temperature Furnaces -" This seminar explains the fundamentals of microwave heating and its engineering applications, incorporating examples such as drying and chemical synthesis. Participants will systematically learn the necessary knowledge for practical application, covering the characteristics of rapid heating, internal heating, and selective heating, as well as challenges in microwave processes, measures against thermal runaway and hotspots, temperature distribution control, and heating furnace design. 【Knowledge Gained from the Seminar】 - Basics and characteristics of microwave heating - Fundamentals of microwave chemistry and its application to chemical reactions - Principles of rapid heating, internal heating, and selective heating - Measures against thermal runaway and hotspots in microwave processes - Microwave absorption characteristics of materials and heating design - Design of microwave heating furnaces and process design 【Target Audience for the Seminar】 - Engineers and researchers considering applications of microwave chemistry - Individuals contemplating the introduction of microwave heating technology - Those involved in chemical engineering processes such as heating and drying - Individuals considering the acceleration of firing and chemical reactions, and reduction of process costs

**Title: "Thinking Skills to Survive in the Era of Generative AI: 'C3 Thinking Method - From Creative and Critical Thinking to Presentation Techniques'"** --- To survive in the era of generative AI and create new value, we explain the necessary thinking skills through the "C3 Thinking Method," which consists of "Creative," "Critical," and "Communicative." Participants will learn practically through exercises, covering methods for idea generation using generative AI, ways to critically evaluate AI output, and techniques for effectively communicating thought results through verbalization, visualization, and presentation skills. **Knowledge Gained from the Seminar:** - Basic thinking skills required in the generative AI era and the C3 Thinking Method - Methods to expand ideas and concepts using generative AI - Key points for critically evaluating the output of generative AI - Ways to appropriately and effectively communicate thought results to others - Skills in verbalization, visual thinking, and presentation techniques **Target Audience for the Seminar:** - Individuals involved in "thinking jobs" such as corporate planning and business planning - Those responsible for human resource education and training - Individuals who want to utilize generative AI in their work - Those who wish to systematically learn the thinking skills needed in the AI era

**Title:** "Becoming a Company That Can 'Explain' the Cost-Effectiveness of Paper Flyers and DM - Planning, Flow, Measurement, and Improvement That Don't Just End with 'Distribution' of Paper Initiatives -" This seminar explains marketing techniques that combine QR codes with paper flyers and DM to visualize responses and lead to improvements. Participants will systematically learn about planning design, QR flow, destination pages, effect measurement, interpreting results, and the improvement cycle. **Knowledge Gained from the Seminar:** - Structural reasons why paper flyers and DM are difficult to improve - Visualization of responses using QR codes - Designing 'readable QR codes' and 'actionable flows' - Different metrics and improvement points for flyers and DM - Practical framework for reflection and improvement after distribution - Methods for comparing and analyzing areas, media, and appeal content **Target Audience for the Seminar:** - Individuals involved in paper flyers, DM, posting, and fax DM - Sales and marketing personnel who want to clearly understand the cost-effectiveness of promotional measures - Those looking to enhance their proposal capabilities in advertising agencies, printing companies, and promotional support companies - Individuals who want to make improvements based not just on intuition and experience, but on evidence-based reasoning.

■Title: "Development of 3D Bioprinted Cultured Meat Technology and Social Implementation" ― From Cellular Wagyu Beef, Marbled Structure, Automatic Production Equipment, to Business Roadmap for Quality Evaluation ― An explanation of the development and social implementation of cultured meat technology based on 3D cell printing technology, aimed at researchers, engineers, and business planners in companies. It systematically introduces topics ranging from cell culture, edible biomaterials, 3D bioprinting, automatic production equipment, and analysis and evaluation of taste and aroma, to regulatory and commercialization challenges. 【Knowledge Gained from the Seminar】 - Technical challenges of structured cultured meat / steak-like cultured meat - Opportunities for entry in materials, equipment, analysis, etc. - Challenges in culture media, edible materials, mass production processes, and quality assurance - Technology and business roadmap towards around 2030 - Points for evaluating cultured meat-related technologies and companies

■Title: "Manufacturing Process of Semiconductors (ICs) and Basic Information on Semiconductor Components" ~ Introduction: Semiconductor Manufacturing and Components - From Pre-Process to Implementation ~ This seminar systematically explains the overall picture of semiconductor manufacturing, from the IC manufacturing process to the implementation on circuit boards. Participants will learn about the flow of pre-process, post-process, and implementation processes, as well as the roles and necessities of the components used in each stage. Attendees will acquire basic information on semiconductor manufacturing and gain knowledge useful for the development of semiconductor components and the expansion of their own technologies. 【Knowledge Gained from the Seminar】 - Basic information on semiconductor manufacturing - Technical information on Japanese technologies active in the semiconductor field - Potential for expanding one's own technologies into the semiconductor field 【Target Audience for the Seminar】 - Individuals interested in basic technical information about semiconductor (IC) manufacturing - Individuals interested in the components used in IC manufacturing - Individuals interested in Japanese technologies (equipment, components) active in IC manufacturing

■Title: "Current Status and Technological Trends of Plastic Recycling and Biomass Utilization, Future Outlook" ――In order to realize the circulation of plastic resources, this seminar will explain recycling technologies, biomass utilization, and the provision of biodegradability, covering everything from the basics to the latest trends. Participants will systematically learn about the characteristics, challenges, and future directions of each technology, which are important for considering technological development and commercialization. 【Knowledge Gained from the Seminar】 - Current status and technological trends of plastic recycling - Characteristics and challenges of material recycling and chemical recycling - Basics and utilization trends of biomass plastics - Technological trends and challenges of biodegradable plastics - Future outlook for the circulation of plastic resources 【Target Audience for the Seminar】 - Technical personnel from plastic manufacturers and related companies - Personnel involved in recycling and biomass utilization - Personnel engaged in new business, research and development, and planning

■Title: "Latest Trends in Semiconductor Packaging and Design/Evaluation Techniques for Semiconductor Encapsulation Materials" --- This seminar systematically explains encapsulation materials that correspond to evolving semiconductor packages such as chiplets and 3D packages, covering everything from raw materials like epoxy resins, hardeners, and additives to design and evaluation. It will also introduce technological trends for next-generation encapsulation materials, including low dielectric, high thermal conductivity, and optoelectronic integration. 【Knowledge Gained from the Seminar】 - Types of semiconductor packages and the latest trends - Characteristics of wire bond, flip chip, wafer level, and advanced packages - Molding methods such as transfer and compression molding - Raw materials like epoxy resins, hardeners, and inorganic fillers - Required properties of encapsulation materials and material design techniques - Design for heat resistance, moisture resistance, and low stress - Evaluation techniques for moisture absorption reflow, heat cycles, and high temperature/high humidity - Next-generation encapsulation materials for low dielectric, high thermal conductivity, and optoelectronic integration 【Target Audience for the Seminar】 - Engineers involved in the design and use of semiconductor encapsulation materials - Designers of epoxy resins and hardeners for semiconductor encapsulation materials - Individuals interested in semiconductor packages and encapsulation materials

■Title: "The Latest Technologies Including Curvature of Displays and Applications in New Fields - The Birth of a Device that Simplifies Inspection for High-End Processing -" ―― This seminar explains the latest trends from the manufacturing and processing technologies of glass for displays, to curvature, foldable displays, UTG, and touch sensors. It also introduces applications in perovskite solar cells and nano-resolution appearance inspection technologies, spanning materials, processing, and inspection. 【Knowledge Gained from the Seminar】 - Manufacturing technologies and market trends of substrate glass for displays - Technological trends in curvature and foldable displays - Slimming, chemical strengthening, and processing technologies for ultra-thin glass (UTG) - Methods, materials, and manufacturing technologies for touch sensors - Processing and printing technologies for curved cover glass - Structure and manufacturing challenges of perovskite solar cells - Principles, applications, and features of nano-resolution appearance inspection devices 【Target Audience for the Seminar】 - Individuals involved in display and touch panel-related components - Sales and technical personnel for ultra-thin glass and films - Those interested in glass processing, inspection devices, and new applications

■Title: "Current Status of Research and Development of Regenerative Medicine and Scaffold Materials in the World" --- This seminar provides a comprehensive explanation of scaffold materials, which play a crucial role in regenerative medicine, covering necessary conditions, types of materials, structural control, fabrication techniques, and applications in tissue regeneration. Participants will systematically learn about the required characteristics such as biocompatibility, bioabsorbability, and mechanical strength, as well as the latest trends in research and development. 【Knowledge Gained from the Seminar】 - Current status of regenerative medicine and the role of scaffold materials - Required biocompatibility, bioabsorbability, and mechanical strength of scaffold materials - Materials such as synthetic polymers, natural polymers, and extracellular matrices - Design techniques for composites, hierarchical structures, and patterned structures - Fabrication techniques including porogen leaching, phase separation, freeze-drying, and 3D printing - Applications in cartilage, bone, skin, muscle, heart, liver, lungs, etc. - Trends in research and development of scaffold materials for regenerative medicine in China 【Target Audience for the Seminar】 - Those who want to apply knowledge of scaffold material technology in their work - Individuals involved in research and development of regenerative medicine or cellular scaffolds - Those interested in design and fabrication techniques for materials used in regenerative medicine

■Title: "Next-Generation AI Infrastructure and Optoelectronic Fusion Implementation - Addressing Massive Information Processing, Decoding Optoelectronic Fusion -" In the context of the rapid increase in information volume due to AI and live video, this seminar explains optical fiber communication, high-speed wireless, and semiconductor technologies that support high-speed information transmission. Participants will systematically learn about the current status and challenges of "optoelectronic fusion implementation" aimed at introducing optical transmission between and within electronic devices. 【Knowledge Gained from the Seminar】 - Basics of high-speed information transmission technology and the essence of high-speed transmission - Factors influencing high-speed transmission such as transmission medium, transmission distance, and transmission loss - Transmission methods including wired/wireless, 4G/5G, Wi-Fi 6/7 - Development history of optical fiber communication, communication methods, and transceivers - Challenges in information transmission between and within electronic devices - Current status of optoelectronic signal conversion and optoelectronic fusion implementation - Basic technologies such as optical semiconductors, silicon photonics, processors, and memory 【Target Audience for the Seminar】 - Individuals interested in high-speed information transmission technology - Those dealing with large-capacity information such as AI and video - Individuals who want to learn the basics of semiconductor and transmission technology

■Title: "Biomass Utilization for Bioethanol Production - Its Challenges -" This seminar explains the manufacturing technology of bioethanol production using biomass, covering the characteristics of raw materials, challenges in utilization, pretreatment, saccharification, fermentation, distillation, and wastewater treatment. Additionally, it introduces challenges related to commercialization, such as production costs, equipment scale, and securing raw materials, as well as trends in technological development as seen through patent applications. 【Knowledge Gained from the Seminar】 - Types of biomass, availability, and usability - Constraints, costs, and energy efficiency in biomass utilization - Bioethanol production processes using cellulose-based raw materials - Technologies for pretreatment, saccharification, fermentation, distillation, and wastewater treatment - Bioethanol production costs and directions for cost reduction - Challenges in the scale of production equipment and securing biomass raw materials - Trends in technological development related to enzymes, yeast, and production processes 【Target Audience for the Seminar】 - Individuals considering businesses utilizing biomass - Those interested in bioethanol production - Individuals examining greenhouse gas reduction strategies

■Title: "Explanation of Remaining Capacity and Degradation Estimation Techniques for Optimal Management of Lithium-Ion Batteries" ――Focusing on operating principles, modeling, and control methods, this seminar explains battery management technologies for EVs, HEVs, PHEVs, etc., from the perspectives of different battery types and applications. It covers everything from remaining capacity estimation and degradation diagnosis necessary for BMS to lifespan prediction. 【Knowledge Gained from the Seminar】 - Basic characteristics and operating principles of lithium-ion batteries - Electrical characteristics of batteries and equivalent circuit models - Extraction of equivalent circuit models from Nyquist plots - Battery simulation using MATLAB - High-precision remaining capacity estimation using Kalman filters - Degradation phenomena of batteries and modeling - Degradation diagnosis using Recursive Least Squares (RLS) - Latest technologies related to degradation diagnosis and lifespan prediction 【Target Audience for the Seminar】 - Beginners and young engineers who want to learn about battery technology - Engineers involved in BMS and battery simulation - Those interested in remaining capacity estimation, degradation diagnosis, and lifespan prediction technologies

■Title: "Fundamentals and Applications of Fine Bubble Technology Learned from Bubble Generator Design" ――Systematically explains knowledge useful for technology development, product development, and equipment introduction, covering the basic physical properties of fine bubbles, generation principles, equipment design, measurement and evaluation, and case studies. 【Knowledge Gained from the Seminar】 ・Basic knowledge, characteristics, and properties of fine bubbles ・Generation principles of microbubbles and ultrafine bubbles ・Structures, features, and differences of various bubble generators ・Selection and design methods for equipment to maximize effectiveness ・Measurement and evaluation methods for fine bubble particle size, number, and characteristics ・Case studies in agriculture, aquaculture, environment, and cleaning ・Key points for effectively utilizing fine bubble technology 【Target Audience for the Seminar】 ・Those who want to start developing fine bubble technology ・Those aiming to commercialize from technology development ・Those considering the introduction and selection of fine bubble generation equipment

This is a seminar where you can systematically learn the design technology of water-based paints and the practical knowledge necessary for improving pigment dispersion and film quality. It provides a detailed explanation of the basic composition and manufacturing methods of water-based paints, the design of water-based resins, specific challenges related to water, the role and selection methods of pigment dispersants, and the utilization techniques of additives. Furthermore, it organizes the causes of pigment aggregation that occur during the drying and film formation processes, as well as appearance defects such as running, sagging, and splattering, and introduces evaluation methods and specific improvement measures. This content is ideal for engineers involved in the research and development, production technology, and quality control of water-based paints and inks, as well as those working on improving dispersion and appearance quality.

This seminar will explain the latest technology of "heat absorption power generation," which converts low-temperature heat that has been difficult to utilize, such as factory waste heat and environmental heat, into a new energy resource. It will focus on semiconductor sensitized thermal utilization power generation (STC), which has a different power generation principle from conventional Seebeck-type thermoelectric conversion, covering its principles, material design, power generation and cooling mechanisms, latest research results, and the status of demonstration tests. Additionally, the seminar will discuss the importance of utilizing unused heat towards achieving carbon neutrality, the resourceization of waste heat from factories and data centers, and the potential applications in the energy industry. This content is ideal for decarbonization-related engineers, researchers, engineers in the energy and manufacturing industries, and new business planners who want to systematically learn about next-generation energy technologies.

This text systematically explains the latest trends in recycling technology and biomass plastics, focusing on the resource circulation of waste plastics and textile waste. It covers the characteristics and challenges of material, chemical, and thermal recycling, as well as domestic and international regulations and market trends, and introduces cutting-edge approaches to difficult-to-recycle materials such as composite materials and blended fibers. In particular, it provides detailed explanations of advanced separation technologies for blended fibers and composite materials using microwave selective heating, as well as the development of technologies aimed at realizing a circular society utilizing biomass resources and contributions to carbon neutrality. This content is ideal for engineers, researchers, product development and business planning personnel, and sustainability promotion personnel in the plastics, textiles, chemicals, and recycling industries who wish to learn about the latest trends in resource circulation technology.

This seminar systematically explains the fundamentals of optical sensors and the latest application examples against the backdrop of the rapidly growing optical semiconductor sensor market. It provides clear explanations of the photoelectric effect, the basics of semiconductors, the characteristics of key devices such as PD, image sensors, SiPM, and SPAD, as well as design and selection points regarding wavelength, sensitivity, response speed, and noise. Furthermore, it introduces the latest implementation cases for applications such as LiDAR for autonomous driving, medical and healthcare devices, industrial equipment, and IoT/smart homes, allowing participants to learn about application strategies and market trends for commercialization. It targets a wide range of individuals, from product planning and business development to marketing, research and development, and design engineers, providing knowledge that can be applied to product development and business strategies starting tomorrow.

■Title "Directly Linked to Practice! A Thorough Explanation of the Basics of Food Inspection" This seminar systematically explains the fundamentals of food microbiological testing and practical knowledge for those involved in food inspection or wishing to learn the basics. It covers the concepts of HACCP-compliant inspections, the basics of microbiological testing, the characteristics of various testing methods, the utilization of inspection data, precision management, and troubleshooting, all presented by instructors with extensive field experience. 【Knowledge Gained from the Seminar】 - Basic knowledge of food microbiological testing - Testing methods for hygiene indicator bacteria and foodborne pathogens - Characteristics of culture methods, PCR methods, and rapid testing methods - Ensuring reliability and precision management of inspections - Troubleshooting useful in practice 【Target Audience】 Inspection personnel, quality control personnel, sales and administrative staff from food companies, and anyone interested in food inspection.

■Title "Computational Science Simulation Techniques at the Core of Materials Informatics" The practice of Materials Informatics (MI) is inseparable from collaboration with computational science simulations. This seminar will systematically explain the fundamentals of molecular dynamics, quantum chemistry, neural networks, and application examples in materials design. Participants will learn how to practically utilize computational science in research and development and product development within companies. 【Knowledge Gained from the Seminar】 - Collaboration between Materials Informatics and Computational Science - Basics of major computational science simulation methods - Application methods for materials design and product development - High-speed material exploration using computational science - Latest research trends utilizing supercomputers 【Target Audience】 Research and development personnel in materials, chemistry, and semiconductor fields, as well as engineers and researchers who wish to apply Materials Informatics and computational science simulations to material development.

■Title "Changes in Joint Structures and Packaging Responses Due to the Evolution of Semiconductors ~ Response of Resin Sealing Technology to the Increase in the Number of Joints and Narrow Pitching ~" In semiconductor packages, which are advancing in high integration, high density, and three-dimensionality, addressing the increase in joints (bumps) and narrowing of pitches has become an important challenge. In this seminar, experienced instructors will organize the changes in joint structures accompanying the evolution of semiconductor packages and explain the latest trends, challenges, and countermeasures in resin sealing technology and mounting technology. 【Knowledge Gained from the Seminar】 - Development history and latest trends of semiconductor packaging - Changes in joint structures and packaging technology - Evaluation methods for resin sealing materials and sealing technology - Sealing technology for narrow pitch bumps and reliability improvement - Challenges and countermeasures in advanced packaging 【Target Audience】 Engineers, researchers, and sales representatives from semiconductor-related companies, as well as those involved in semiconductor manufacturing, mounting, sealing materials, and packaging technology.

■Title "Industrial Scale-Up of Separation Processes and Energy Saving in Process Industries - Utilizing Free Software Chemical Process Simulators and Pinch Technology -" In the industrialization of chemical processes, it is essential to balance the design of separation processes such as distillation, extraction, and adsorption with energy saving. This seminar will explain methods for scaling up separation processes, transitioning from bench tests to pilot tests, and will discuss points to consider and case studies of failures in industrialization. Additionally, participants will learn about chemical process simulation using the free software "COCO/ChemSep," as well as heat recovery and energy-saving design through pinch technology, and carbon recycling evaluation. 【Knowledge Gained from the Seminar】 - Industrialization techniques for distillation, extraction, and adsorption processes - Methods for scaling up separation processes - Process simulation using COCO/ChemSep - Energy-saving technologies utilizing pinch analysis 【Target Audience】 Researchers, developers, designers, and production technology personnel in the chemical and process industries, as well as engineers and researchers involved in industrialization and energy saving.

■Title "Fundamentals and Key Points of Sensory Evaluation of Food: Procedures and Methods" Sensory evaluation of food is an essential evaluation technique for product development and quality control. This seminar will systematically explain the fundamentals of analytical sensory evaluation, focusing on taste and smell, including how to plan evaluations, select and train panels, evaluation methods such as discrimination tests, scaling methods, and characteristic profiling, as well as statistical analysis. Additionally, the latest insights and case studies useful in practice, such as odor detection, hedonic sensory evaluation, and validation through instrumental analysis and biometrics, will also be introduced. 【Knowledge Gained from the Seminar】 - Basics and implementation procedures of food sensory evaluation - Various methods of analytical sensory evaluation - Methods for selecting, training, and managing panels - How to apply this knowledge to product development and quality control 【Target Audience】 Researchers, developers, quality control, and product planning personnel from food manufacturers, as well as engineers and researchers planning to implement or introduce sensory evaluation.

■Title "Explanation of Remaining Capacity and Degradation Estimation Techniques for Optimal Management of Lithium-Ion Batteries … Focusing on Operating Principles, Modeling, and Control Methods, with Perspectives by Battery Type and Application for EVs, HEVs, and PHEVs" This seminar provides a systematic learning experience on optimal management techniques for lithium-ion batteries widely used in EVs, HEVs, and PHEVs, covering everything from battery operating principles to modeling, remaining capacity estimation, and degradation diagnosis. It will explain the construction of equivalent circuit models, high-precision remaining capacity estimation using Kalman filters, and degradation diagnosis methods using Recursive Least Squares (RLS), all based on an understanding of the fundamentals of Battery Management Systems (BMS). Additionally, the latest trends in simulation and implementation methods using MATLAB, as well as lifespan prediction technologies, will be introduced. This content is ideal for engineers involved in battery development, BMS design, and EV-related technologies. ■Event Details Date and Time: July 22, 2026 (Wednesday) 10:30 AM – 4:30 PM Instructor: Masahiro Fukui (Professor, Department of Electronic Information Engineering, Ritsumeikan University) Participation Fee: 55,000 yen (tax included) *Price for our newsletter subscribers (registration is free): 49,500 yen (tax included) Delivery Format: Live streaming via Zoom

■Title "Measurement of Microbial Dynamics and Applications in Research Using Microbial Activity Analysis Equipment" This seminar explains microbial activity analysis technology that accurately measures the metabolic heat of microorganisms, allowing for real-time and non-destructive evaluation of growth and activity. It will introduce the principles and features of microbial activity analysis equipment, differences from traditional culture methods and turbidity methods, as well as specific applications such as growth dynamics analysis, antibacterial, static, and sterilization evaluations. Furthermore, through case studies of application research in the cosmetics industry, such as the evaluation of antibacterial components and preservation power analysis, it will explain data interpretation and practical application points. This content is recommended for those aiming to enhance quality assurance, microbial management, and antibacterial/preservation evaluations in the food, cosmetics, and pharmaceuticals sectors. ■Event Details Date and Time: July 15, 2026 (Wednesday) 13:30 - 16:30 Instructor: Jun Usukura (Mandom Corporation, Advanced Technology Research Institute) Participation Fee: 44,000 yen (tax included) *Includes materials and on-demand streaming *Price for our newsletter members (free registration): 39,000 yen (tax included) Delivery Format: Live streaming via Zoom

■Title "Fundamentals and Applications of Non-Fluorinated Water-Repellent and Oil-Repellent Coatings, Development Trends" This seminar provides a systematic learning experience about non-fluorinated water-repellent and oil-repellent coating technologies, which are gaining attention against the backdrop of strengthened PFAS regulations. It covers the fundamental theories of water-repellent and oil-repellent phenomena, the concept of surface energy, the characteristics of fluorinated coatings, and the latest trends in PFAS regulations. Additionally, it introduces the characteristics, technological trends, and application examples of non-fluorinated materials such as silicone-based, urethane-based, polyolefin-based, and hybrid systems, organizing the merits and challenges of each. This content is beneficial for engineers and planners involved in the consideration of PFAS alternative technologies and product development. ■Event Details Date and Time: July 8, 2026 (Wednesday) 13:30 - 16:30 Instructor: Mr. Nakahira Hirayama (Director of Hirayama Engineering Office) Participation Fee: 44,000 yen (tax included) *Price for our newsletter members (registration free): 39,600 yen (tax included) Delivery Format: Live streaming via Zoom

■Title "Industrial Applications of Powder Materials and Metal Powders in Metal 3D Printing" This seminar systematically covers the fundamentals and industrial applications of metal 3D additive manufacturing (AM) technology, which is being utilized in a wide range of fields such as aerospace, medical, and mold making. It provides a detailed explanation of the characteristics of the main metal 3D printer methods, including PBF, DED, BJT, and MEX, as well as the manufacturing methods, evaluation methods, and properties of metal powders that influence the quality of the printed products. Additionally, it introduces points for the introduction and utilization of AM technology and the potential for cost reduction through case studies of collaborative research with companies and practical applications. Furthermore, it explains the concepts behind the development of metal powders, which are key to practical applications, and the "metallurgical approach," allowing participants to understand the future prospects of metal 3D printing technology. ■Event Details Date and Time: July 7, 2026 (Tuesday) 13:30 - 16:30 Instructor: Akihiko Yanagitani (Specially Appointed Professor, University of Hyogo / Deputy Director, Metal New Materials Research Center) Participation Fee: 44,000 yen (tax included) *Includes materials and on-demand streaming *Price for our newsletter subscribers (registration free): 39,600 yen (tax included) Delivery Format: Live streaming via Zoom

■Title "Thinking Skills in the Age of Generative AI: C3 Thinking Method - From Creative and Critical Thinking to Presentation Techniques -" With the spread of generative AI, the importance of "thinking skills" is once again gaining attention as business efficiency improves. This seminar systematically explains the "C3 Thinking Method," which consists of three elements that humans should exhibit in the age of generative AI: Creative, Critical, and Communicative. Participants will learn practically through exercises, enhancing their creative thinking skills, critically evaluating the outputs of generative AI, and effectively communicating their thought results through presentation techniques. This content is recommended for those involved in management planning, business planning, and human resource development, as well as anyone looking to enhance business value through thinking skills. ■Main Content - Thinking skills required in the age of generative AI - Concepts and applications of the C3 Thinking Method - Creative Thinking - Critical Thinking - Communicative Thinking - Presentation Techniques - Exercises and Q&A

■Title "Fundamentals of Backend Processes, Packaging, and Design in Semiconductor Manufacturing" This seminar offers a systematic learning experience about backend processes and packaging technologies that support the high performance and functionality of semiconductors, covering everything from the basics to the latest trends. Experienced instructors will clearly explain the history of semiconductor package evolution, various package types, packaging processes, encapsulation technologies, and evaluation and analysis techniques. Additionally, the latest trends in advanced packaging technologies such as 2.5D/3D packaging, CoWoS, chiplets, hybrid bonding, and optoelectronic integration technologies that support the AI era will also be introduced. This content is recommended for engineers and researchers in fields such as chemistry, electronic components, and the automotive industry who wish to learn semiconductor packaging technology from the ground up. ■Event Details Date and Time: July 3, 2026 (Friday) 13:30–16:30 Instructor: Yosuke Hirumuta (Hirumuta Engineering Office, Quality and Technology Consultant) Participation Fee: 44,000 yen (tax included) Newsletter Member Price: 39,600 yen (tax included) Delivery Format: Live streaming via Zoom

Title: "Fundamentals of Semiconductor Packaging Technology ~ From the Evolution of Package Types to Manufacturing Processes, Equipment and Materials Used, and Latest Trends ~" This is an introductory seminar where you can systematically learn about semiconductor packaging technology from the basics to advanced techniques. It provides a clear explanation of the role of packaging technology that supports the high performance of semiconductors, its background of evolution, manufacturing processes, and materials and equipment technologies. In addition to the characteristics of various package types such as DIP, QFP, BGA, and WLCSP, it also details major manufacturing technologies like back grinding, dicing, die bonding, wire bonding, and molding. Furthermore, you will learn about the trends and future prospects of the latest technologies such as SiP, FOWLP, CoWoS, EMIB, chiplets, and optoelectronic integrated packaging. This content is ideal for semiconductor engineers as well as sales and marketing personnel who want to understand packaging technology from the ground up.

■Title 2nd Session: Manufacturing Technology of Lithium-Ion Batteries - Application Edition (NCM Cathode and Graphite/Silicon Anode) This course is a 4-night, 5-day residential practical training program utilizing a large battery prototype factory in Tsuyama City, Okayama Prefecture. Aimed at individuals with laboratory-level research and development experience, participants will practically acquire manufacturing technology for lithium-ion batteries at the factory level. Participants will experience a series of manufacturing processes, including the preparation of cathode and anode slurries using a planetary mixer, optimization of coating and drying conditions, electrode pressing, slitting, stacking, terminal welding, cell assembly, electrolyte injection, and initial charging. Due to the small class size (limited to 6 participants), attendees will receive direct instruction from experienced instructors and systematically learn the entire battery manufacturing process. ■Event Details Date: August 31, 2026 (Monday) to September 4, 2026 (Friday) (4-night, 5-day course) Capacity: 6 participants (minimum number for the course to proceed is 4) *Includes transportation costs from Tsuyama Station, lunch costs for 5 days, and networking event fees *Accommodation costs are separate Instructors: Junichi Ogawa (Former Sony) Takashi Mukai (ATTACCATO LLC) Yoshiteru Kawabe (Former GS Yuasa) Tetsuo Sakai (CTO, STL JAPAN) Hiroichi Ninomiya (Senior Researcher, STL JAPAN)

■Title "Trends in Recycling of Plastics, Utilization of Biomass, and Biodegradability in Response to the Circular Economy" With the advancement of the Circular Economy (CE), the plastic industry is being called upon to respond to sustainable resource circulation. This seminar will systematically explain the latest technologies in material recycling and chemical recycling, as well as the development trends of bioplastics and biodegradable plastics, taking into account the issues of plastic waste and environmental regulatory trends in various countries. Furthermore, by incorporating actual development and practical case studies, participants will learn about technological strategies and new business opportunities aimed at a circular society. 【Target Audience】 - Engineers from plastic-related manufacturers and trading companies - Developers of environmentally friendly products - Planners for recycling businesses and new ventures - Individuals considering responses to the Circular Economy

■Title "Blueprint for a Methanol Society - Towards Carbon Neutrality" In the pursuit of achieving carbon neutrality, methanol, which can be produced from CO₂ and hydrogen derived from renewable energy, is gaining attention as a new energy carrier. This seminar will clarify the essence of global warming and energy issues, explain the concept of a CO₂-methanol circular society, explore the possibilities of energy utilization and chemical raw material use, and discuss the latest global trends. Furthermore, participants will systematically learn about the roadmap towards 2050, business models, and the necessary technological developments. 【Target Audience】 - Engineers and researchers in the energy, chemical, and automotive industries - Business planning, management planning, and policy-making personnel - Those considering decarbonization strategies or new business ventures - Individuals interested in means to achieve carbon neutrality

■Title "Understanding the Basics and Applications of 'Silicon Chemical Products' - A Systematic Study from Silicon to Silicone -" Silicon used in semiconductors and solar cells, silane which plays a role in various surface treatments and as an intermediate, and silicone which is widely used from everyday products to advanced materials. This seminar will systematically explain the fundamental knowledge, manufacturing methods, properties, and applications of these silicon chemical products. Through understanding the differences between silicon and silicone, the role of silane, and examples of applications in the semiconductor and optical fields, participants will gain a comprehensive understanding of silicon chemical products. 【Target Audience】 - Individuals interested in silicon chemistry (silicon, silane, silicone) - Those involved in silicon chemical product-related work - Engineers and researchers in the semiconductor, optical, and electronic materials fields - Individuals who want to learn systematically from the basics

■ Title: "Heat Dissipation/Cooling Technologies for AI Data Centers" ―― The rapid increase in data center power due to the expansion of generative AI. How to address PUE targets and high-heat GPUs. A practical overview from air cooling to liquid cooling, cold aisle, water cooling in-row, and immersion cooling. A strategic course to master thermal issues. ■ Date and Time: June 2, 2026 (Tuesday) 10:30 AM - 4:30 PM ■ Zoom Streaming (Archive available for missed sessions with materials) 【Knowledge Gained from the Seminar】 - Basic knowledge of heat transfer - Heat dissipation knowledge in component and circuit board design - Common thermal design methods for forced air cooling and natural air cooling equipment - Thermal design methods for heat sinks, etc. 【Target Audience for the Seminar】 Electronic device designers (assembly design, mechanical design, circuit design, circuit board design), heat dissipation device/material developers, quality assurance, and quality control departments.

■ Title: "Business Competitiveness in the Automotive and Non-Automotive Battery Sectors and Challenges for Japan" ――Why is Japan's battery industry struggling? Analyzing the rise of low-cost overseas competitors and the impact of policies, this seminar presents specific perspectives on transforming "high quality and high safety" into competitiveness. ■ Date and Time: May 29, 2026 (Friday) 13:30–16:30 (with on-demand streaming) ■ Zoom Streaming (with materials) 【Knowledge Gained from the Seminar】 - Business environment of non-automotive batteries - Business competitiveness of non-automotive batteries - The ideal state of non-automotive batteries - Current status and future direction of element recycling - Government involvement and policies regarding Japan's battery industry, achievements to date, and future challenges 【Target Audience for the Seminar】 Researchers and engineers involved in batteries, Sales and marketing personnel promoting battery businesses, Management planning and executives, research institutions, institutional investors, etc.