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Essential for future engineers!
What is IoT, what services can be realized with IoT, and what are the necessary technological elements for IoT? You will understand the overview of IoT at an introductory and basic level. For more details, please visit the Engineering Research Society website!
Protecting employees from danger with a VR safety education program! Comprehensive support tailored to various needs.
"Safety Education and Technical Education VR" is a program that utilizes VR technology to provide experiential learning related to safety, allowing for significant educational benefits. Participants can realistically experience scenarios in VR, deeply imprinting the course content as personal, while reducing costs related to travel and logistics for both instructors and participants. In addition to VR, we offer a comprehensive training plan that enables effective safety education. [Features] ■ Effective learning through simulated accident experiences ■ Centralized management and playback ■ Confirmation of routes to the site and surrounding conditions *For more details, please refer to the PDF materials or feel free to contact us.
[Workshop and Individual Consultation Included Seminar] A special seminar to learn how to eliminate waste and reduce costs!
Understand the key points of measurement instrument management correctly and acquire the know-how to reduce calibration costs by half! 【Target audience → Measurement instrument managers, quality assurance managers, ISO 9001 management representatives, policy management (TQM) representatives】
Acquire knowledge for optimal control that fits the characteristics of the control target through theory and simulation, and apply it!
With the advancement of digitalization, it is possible to achieve high-level control performance. This course is aimed at those who want to learn about digital PID and control, from the basics to advanced technologies. 【Knowledge Acquired → ● In the world of control, you will derive the basic formula for PID control, which is the most widely used, and understand how various practical PID controls have been developed through continuous innovation. After mastering advanced two-degree-of-freedom PID control, you will learn about various digitalization methods, their advantages and disadvantages, and their dynamics through simulation exercises, allowing you to acquire knowledge from the basics of PID control to cutting-edge technologies. If you fully understand the content, you can reach the level of "PID Control Technology Expert." ● You will significantly enhance and elevate your development capabilities, engineering skills, design abilities, tuning skills, maintenance capabilities, and service skills related to "general PID control and its applications," enabling you to have an overarching view of the entire control system.】
An explanation of the latest technological trends in injection molding for difficult dissimilar material bonding (NMT), adhesive strength prediction technology, and direct bonding using lasers (LAMP bonding).
Acquired Knowledge: By gaining insights into the latest technologies for metal/polymer bonding and interfacial adhesion strength, which are considered difficult to achieve, we can contribute to improving the bonding reliability of our products.
To prevent equipment failure due to heat! Let's learn about cooling methods, selection, how to utilize simulators, and temperature measurement techniques!
Learn how to incorporate heat dissipation design into the development schedule and apply it to heat dissipation measures at each stage from the initial phase to manufacturing!
![[Data] Technosherpa Blog April 2019 - March 2020](https://image.mono.ipros.com/public/product/image/955/2000599857/IPROS72345081899978805087.jpeg?w=280&h=280)
What are the principles and structure of capacitors, and what is a Smith chart? Summarized and published using photos and diagrams!
This document summarizes the Techno-Sherpa blog from April 10, 2019, to March 24, 2020. Starting with "Let's consider the design of SSPA (Solid State Power Amplifier) by separating it by function" on April 10, 2019, it includes posts such as "Techno-Sherpa Web Page Content Expansion in Progress!" on June 28, 2019, and "Consulting? Education? What is Techno-Sherpa?" on March 24, 2020. We provide detailed introductions using photos and diagrams. Please take a moment to read it. 【Contents (Excerpt)】 ■ April 10, 2019: Let's consider the design of SSPA (Solid State Power Amplifier) by separating it by function ■ April 11, 2019: We provide technical consulting for semiconductor packaging ■ April 17, 2019: The principle and structure of capacitors (Part 2) ■ May 17, 2019: Is there really no way to address the shortage of engineers? - A recommendation for cultivating multi-skilled engineers ■ May 28, 2019: Enhancing employees' technical skills for personal growth - A recommendation for utilizing technical education services *For more details, please refer to the PDF document or feel free to contact us.
![3/28 [Seminar] Basics of Printed Circuit Board Design and Practical Pattern Design](https://image.mono.ipros.com/public/product/image/c79/2000030793/IPROS8773113561344877327.jpg?w=280&h=280)
Each person gets a PC for practical training - a popular course with easy-to-understand lectures and PC practice from the basics!
Learn from the preparation stage of design to practical training in pattern design using CAD, and acquire knowledge that will be useful for design and outsourcing! You will gain a comprehensive understanding of the basic concepts necessary for circuit board design, what is needed in the design preparation stage, the thinking process behind design, and how to proceed with the design flow.
[Seminar] Creating Sellable Products Using QFD/TRIZ/Taguchi Method and Its Practical Application - With Exercises -
Explain based on actual examples. Master the three sacred tools in the product development process and achieve success in product development! 【Knowledge to be acquired → ● Overview of QFD / TRIZ / Taguchi Method ● Matters related to the transformation of the development process incorporating the three methods】
Learn the relationship between hydrogen aggregation behavior and hydrogen embrittlement mechanisms to prevent cracks, damage, and corrosion!
Acquired Knowledge: You can understand how to think about hydrogen embrittlement.
A clear explanation of difficult high frequencies from the basics.
A seminar to deepen understanding by independently building high-frequency tools through practical training in Excel and applying them to real-world work!
