To ensure continuous upskilling for engineers assigned to each client, Artner Co., Ltd. conducts unique workshops so that they can continue to grow as technical experts.
Even after being placed into a department, engineers receive both on-the-job and off-the-job team training concerning technology and products in high demand, conducted by employees actually participating in a manufacturer’s project. Since 2012, we have been conducting practical workshops intended for engineers with different areas of expertise and levels in response to client demand.| Venues | Course name | Description | Type |
|---|---|---|---|
| Osaka Nagoya Yokohama Utsunomiya |
Machinery Skill Development Course [Beginner Course] Types and Compositions of Batteries |
There are a number of different types of batteries in use, including lithium batteries, which are in the spotlight now. This course guides you through different types of batteries and their compositions, with a focus on onboard batteries. | Machinery |
| Osaka Nagoya Yokohama Utsunomiya |
Machinery Skill Development Course [Beginner Course] Current Situation and Challenges That Engineers Face |
Referring to actual cases, this course examines a variety of problems that engineers can face in the course of their work, including those beyond the scope of technology, such as product liability, dilemma of choosing between organizational logic and individual interest, patents and engineers’ rights, and leakage of trade secrets. | Machinery |
| Osaka Nagoya Yokohama Utsunomiya |
Machinery Skill Development Course [Intermediate Course] Design of Gear Drive Mechanisms |
This course explains a procedure for designing the structure of machinery based on the given specifications, using an actual example of design of machinery using a gear drive mechanism. You will also learn the basic knowledge of gears, methods of lubricating gears, and how to select bearings and oil seals. | Machinery |
| Osaka Nagoya Yokohama Utsunomiya |
Machinery Skill Development Course [Intermediate Course] Lithium-Ion Batteries |
While the course in February introduced different types of batteries, this course focuses on lithium-ion batteries, explaining their details and each company’s approach. | Machinery |
| Osaka Nagoya Yokohama Utsunomiya |
Electrical Skill Development Course [Beginner Course] Patent (Knowledge Acquisition) |
In this course, you will learn basic knowledge about patents in order to deepen understanding of the development process. The course is intended to allow engineers to deepen their understanding of their work and improve their performance by getting a grasp of the relationship between patents and the development process. | Electricity |
| Osaka Nagoya Yokohama Utsunomiya |
Software Skill Development Course [Intermediate Course] Patent (Practical) |
While the patent course for beginners introduces participants to the basic knowledge of patent and its relationship with day-to-day tasks, this intermediate course focuses on the patent application process, giving specific examples of new idea development. This course is intended to help participants develop a patentable design (or proposal) by understanding the essentials of idea generation. | Electricity |
| Osaka Nagoya Yokohama Utsunomiya |
Electrical Skill Development Course [Intermediate Course] Learning Electrical Equipment from Eco Cars: Part 2 |
As typified by eco cars like electric vehicles or fuel cell vehicles and sensor technologies for automated driving, automotive technologies have been evolving day by day. This course introduces participants to technologies in practical use and discusses what kinds of knowledge are now required about electrical equipment. | Electricity |
| Osaka Nagoya Yokohama Utsunomiya |
Electrical Skill Development Course [Intermediate Course] Basics and Applications of Power Devices |
Power devices, or power semiconductors, are indispensable in the present day when all kinds of things are motorized. This course covers the basics of power devices and their applications, including their utilization and use cases. | Electricity |
| Osaka Nagoya Yokohama Utsunomiya |
Electrical Skill Development Course [Beginner Course] Solar Cells and Solar Power Generation |
This course introduces participants to the basic knowledge they should know, such as the history of the development of solar power generation technologies, which convert energy from sunlight into electricity, and different types of solar power generation and their characteristics. | Electricity |
| Osaka Nagoya Yokohama Utsunomiya |
Electrical Skill Development Course [Intermediate Course] Electric Circuits and Control Circuits for Solar Power Generation |
This course explains circuits used for storing electric energy generated by solar power generation and converting it into a form that can be used to power an electrical equipment. | Electricity |
| Osaka Nagoya Yokohama Utsunomiya |
Electrical Skill Development Course [Beginner Course] Fuel Cells: Introduction |
In this course, you will learn current trends in fuel cell vehicles, watching a video of the CS course lectured by Mr. Sato in HVG in 2023. Overview of the Fuel Cells: Introduction course: While fuel cells are attracting attention as clean energy, there remain technical challenges. In this course, you will learn the principles of fuel cells and their technical challenges. | Electricity |
| Osaka Nagoya Yokohama Utsunomiya |
Electrical Skill Development Course [Beginner Course] AI and Semiconductors |
We often hear the word “AI” nowadays, but do you know what AI actually is? The advancement of semiconductor technologies is indispensable for realizing AI-driven innovations. Based on this premise, this course introduces participants to the basics of AI and semiconductors and explains their relationship. | Electricity |
| Osaka Nagoya Yokohama Utsunomiya |
Software Skill Development Course [Intermediate Course] Design and Implementation of Digital Filters |
Digital filters are used to convert acquired data into an analysis-ready form. An example is the low-pass filter used to minimize noise. As the amount of data to be processed by a filter has enormously increased with the emergence of AI and IoT, it is important to achieve the optimal design of a filter. This course explains the principles, design, and implementation of digital filters so that you can use digital filters for microcontrollers and other devices. | Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software Skill Development Course [Intermediate Course] Mechanism of Large Language Models |
Large language models like ChatGPT are used in many applications today. In this course, you will learn how a system utilizing a large language model is built. | Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software Skill Development Course [Beginner Course] Introduction to Model-Based Development |
Model-based development (MBD) is an indispensable development approach in the automotive industry. This course explains the MBD approach and its benefits. Looking back the history of model-based development, you will learn standard skills required of engineers who newly practice MBD. | Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software Skill Development Course [Beginner Course] Practical Microcontroller Programming |
Cross-development environments are used to develop embedded systems like controllers and mobile phones. For example, while a microcontroller is used as an execution environment, a computer is used as a system development environment. In this course, participants will cultivate understanding of microcontroller programming by working with Raspberry Pi Pico W, which is available at low cost. | Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software Skill Development Course [Beginner Course] Using UML for Modeling |
Aren’t you writing code without planning when developing a system? It is essential to define specifications in order to develop a robust system that satisfies all requirements and is used by users. In this course, you will learn the main models that are in frequent use and write a model. | Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software Skill Development Course [Intermediate Course] Tips on MBD |
The model-based development (MBD), which is also called “a living specification document,” is an approach to streamline the development process by reducing rework through simulation. This course focuses on points to be aware of in the design process. | Software |
| Venues | Course name | Description | Type |
|---|---|---|---|
| Osaka Nagoya Yokohama Utsunomiya |
Machinery Skill Development Course [Beginner Course] Basic Knowledge of Iron and Steel Materials |
The course covers iron and steel materials, which are typical materials used in machinery. This beginner course introduces participants to the basics of iron, Japan’s iron-making history, iron making process, basic characteristics of steel materials, and fundamentals of heat treating. | Machinery |
| Osaka Nagoya Yokohama Utsunomiya |
Machinery Skill Development Course [Intermediate Course] Processing and Characteristics of Steel Materials |
After reviewing iron’s characteristics introduced in the beginner course, participants will learn the characteristics of typical steel materials and their respective applications. This course also covers surface treatment and surface hardening treatment for steel materials. Lastly, the course will introduce current trends in the steel industry and its commitment to carbon neutrality. | Machinery |
| Osaka Nagoya Yokohama Utsunomiya |
Machinery Skill Development Course [Beginner Course] Learning How to Draw a Sketch |
This course examines ways to improve sketching skills as a means of information communication. The course is intended to enable participants to draw a sketch that effectively communicates your idea to others by understanding the basics of sketching. | Machinery |
| Osaka Nagoya Yokohama Utsunomiya |
Machinery Skill Development Course [Beginner Course] SDGs and Machine Design |
Since its adoption in 2001, many countries have been making efforts to achieve SDGs. This course explains the origins of SDGs, businesses’ commitment to SDGs, and relationship between SDGs and machine design. | Machinery |
| Osaka Nagoya Yokohama Utsunomiya |
Machinery Skill Development Course [Intermediate Course] Making a Technical Proposal |
The beginner course explains how to communicate an idea using a sketch. However, in the field of design and development, what to communicate is also important when making a technical proposal. This course is intended to enable participants to exchange information with others by understanding the essentials of technical proposals through actual examples. | Machinery |
| Osaka Nagoya Yokohama Utsunomiya |
Machinery Skill Development Course [Intermediate Course] Resin Molding |
While there are a variety of methods for molding resin parts, you have to select the best molding method based on specifications and costs. In this course, a lecturer guides learners through various resin molding methods based on his/her experience. | Machinery |
| Osaka Nagoya Yokohama Utsunomiya |
Electrical Skill Development Course [Intermediate Course] Learning Electrical Equipment Technology from Eco Cars |
As typified by eco cars like electric vehicles or fuel cell vehicles and sensor technologies for automated driving, automotive technologies have been evolving day by day. This course introduces participants to technologies that are actually used in eco cars and discusses what kinds of knowledge are now required about electrical equipment. | Electricity |
| Osaka Nagoya Yokohama Utsunomiya |
Software Skill Development Course [Beginner Course] Basics of Microcontrollers |
Microcontrollers and electronic devices are indispensable components in product development. This course introduces the internal structure of a microcontroller and how it works. | Electricity |
| Osaka Nagoya Yokohama Utsunomiya |
Electrical Skill Development Course [Beginner Course] Electrical Evaluation Testing and Method for Writing a Report |
Various evaluation tests are conducted on products before launch so that users can safely use them. This course introduces electrical evaluation tests and things to keep in mind when writing a report, which is essential in evaluation testing. | Electricity |
| Osaka Nagoya Yokohama Utsunomiya |
Electrical Skill Development Course [Intermediate Course] Understanding Sensors |
This course introduces the principles, characteristics, and applications of sensor like high-profile acceleration sensors and sensors installed in advanced driving systems. The course also explains input and output impedance, which is essential for sensor I/O, and sensor connection circuits. | Electricity |
| Osaka Nagoya Yokohama Utsunomiya |
Electrical Skill Development Course [Beginner Course] Qualification Acquisition for Upskilling |
This course introduces qualifications useful for upskilling and the significance of qualification acquisition. | Electricity |
| Osaka Nagoya |
Electrical Skill Development Course [Beginner Course] Selection of Electric Wire to Connect Electronic Units |
A number of electronic units are fitted in a vehicle. This course explains basic points about electric wire connecting electronic units and things to consider when designing a wire harness. | Electricity |
| Yokohama Utsunomiya |
Electrical Skill Development Course [Beginner Course] Fuel Cells: Introduction |
While fuel cells are attracting attention as clean energy, there remain technical challenges. In this course, you will learn the principles of fuel cells and their technical challenges. | Electricity |
| Osaka Nagoya Yokohama Utsunomiya |
Electrical Skill Development Course [Intermediate Course] FPGAs and Next-Generation Semiconductors |
Along with the advancement of digitization, more and more requirements are imposed on digital devices. Against this backdrop, field-programmable gate arrays (FPGAs) are attracting attention for their adaptability. This course introduces the fundamentals of FPGAs and things required of future semiconductors. | Electricity |
| Osaka Nagoya Yokohama Utsunomiya |
Software Skill Development Course [Beginner Course] Introduction to Embedded System Development |
A combination of hardware and a microcontroller is called an embedded system or embedded device. With the spread of IoT, embedded system engineers are now in high demand. This course, which is intended for beginners of embedded system technology, guides learners through technologies that support embedded systems and embedded system development processes. | Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software Skill Development Course [Beginner Course] Introduction to Regular Expression |
Searching for, converting, and formatting text strings are daily operations. This course shares how to express text using a regular expression to streamline operations. | Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software Skill Development Course [Intermediate Course] Explaining ISO 26262: Road Vehicles – Functional Safety Development |
Today, vehicles are required to have a number of electrically or electronically controlled functions, including vehicle stability control and automatic braking. This course explains requirements that are needed when these functions fail and the development process based on ISO 26262. | Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software Skill Development Course [Intermediate Course] DX Practices for Engineers |
Even if you understand what DX is and how to raise work efficiency, it is difficult to practice DX when you cannot imagine concrete benefits other than time-saving and cost reduction. The first part of the course considers how IT and other engineers can commit to DX while the second part introduces participants to data utilization, giving actual DX examples. | Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software Skill Development Course [Beginner Course] Introduction to Enterprise Architect |
More and more design and development operations use UML, SysML, DFD, and other diagrams created using Enterprise Architect, a modeling tool used in model-based development. This course explains the basic operations of Enterprise Architect and the difference between diagram creation using the tool and the general drawing method in order to carry out design development operations. | Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software Skill Development Course [Intermediate Course] Understanding Exception Handling |
Regardless of the scale of a system to build and programming language to use, exception handling is an inevitable challenge when developing software. This course introduces ways of thinking to notice exception handling to develop a program that operates consistently. | Software |
| Venues | Course name | Description | Type |
|---|---|---|---|
| Osaka Yokohama |
Machinery Skill Development Course [Beginner Course] Fluid Mechanics in Our Surroundings |
Fluid mechanics is a kind of knowledge that forms the basis of machine design and development. This course focuses on air, which is fluid surrounding us, and is intended to understand various phenomena without using complex mathematical expressions. | Machinery |
| Nagoya Utsunomiya |
Machinery Skill Development Course [Beginner Course] Essential Competencies |
The Ministry of Economy, Trade and Industry defines basic skills required to work with various people at office or in a local community (essential competencies). Considering that one of the reasons engineers assigned to each position face problems (complaints or poor work quality) may be a lack of essential competencies, this course is intended to enable participants to review essential competencies based on the lecturer’s experience and actual design examples. | Machinery |
| Nagoya | Machinery Skill Development Course [Beginner to Intermediate Course] Tips on Injection Molding and Methods of Designing a Case |
In this course, you will learn basic rules of designing resin molded parts (cases) and exchange ideas. In addition, participants will analyze example problems in the form of a design review conducted in the actual design process and create design specifications through discussion based on the basics of injection molding design. | Machinery |
| Utsunomiya | Machinery Skill Development Course [Intermediate Course] Pneumatic Equipment and Pneumatic Circuits |
The course conducted last year introduced the basics of fluid mechanics, focusing on pneumatic pressure. In this course, participants will learn about actuators powered by compressed air and solenoid valves that control actuators and create a simple pneumatic circuit. | Machinery |
| Yokohama | Machinery Skill Development Course [Intermediate Course] Proper Understanding of Tolerance Design |
Tolerance calculation is always required when considering a design. There are cases where tolerances that designers believe to be appropriate are considered to be tight on the manufacturer side. This course explains how to design tolerances reflecting designer’s intention and demand on the manufacturer side. | Machinery |
| Osaka | Machinery Skill Development Course Master of Invention |
The methods used to manufacture products on the market have been refined through various innovations, and long-standing production technologies have been established. In this course, participants will learn how products like the following are produced in the form of questions and answers and receive training in how to come up with ideas: (1) abrasive paper, (2) plastic bubble sheets, (3) injection needles, (4) pencils, (5) drawing pins, (6) staples, (7) marbles, (8) plastic bottles, (9) nails, (10) bendy straws, (11) screws, (12) mosquito coils, (13) artificial caviar, and (14) cardboard. | Machinery |
| Osaka Nagoya Yokohama Utsunomiya |
Electrical Skill Development Course [Beginner Course] Electric Wiring and Tools |
In this course, you will acquire the basic knowledge required for electric wiring by studying the topics covered in the electrician license examination. You will also learn the roles of tools that you see at home and client’s laboratory. | Electricity |
| Osaka Nagoya Yokohama Utsunomiya |
Electrical Skill Development Course [Intermediate Course] Semiconductors and Electronic Devices |
This course covers semiconductor parts, which are increasingly in high demand with increased commitment to carbon neutrality and DX, explaining the design process for semiconductor devices, current market trends, and things required of future semiconductor devices. | Electricity |
| Yokohama | Software Skill Development Course [Beginner Course] Introduction to MicroPython |
This course, intended for beginners of embedded system development, explains how to build a program development environment to run ESP32, the third most popular microcontroller following Arduino and Raspberry Pi, using MicroPython and introduces an experimental program that makes use of the characteristics of Python as an interpreted language. | Software |
| Osaka | Software Skill Development Course [Beginner Course] Quantum Algorithms |
In this course, participants will learn about quantum algorithms while implementing concrete program examples using QCEngine and Qiskit simulators. You will see different statuses and computations different from existing computers and how they solve problems. If you are interested in quantum computing, join us and learn together in this course. | Software |
| Utsunomiya | Software Skill Development Course [Intermediate Course] Quantum Algorithms |
Since 2020, with increased international competition over quantum computing along with a rapidly changing environment due to the rapid advancement of DX and carbon neutrality commitment, the role of quantum technologies has become more important. This course is intended that participants know why a quantum computer can perform computations much faster than a traditional computer by understanding quantum algorithms. | Software |
| Osaka | Software Skill Development Course [Intermediate Course] Understanding the Fast Fourier Transform (FFT) Algorithm and Tuning |
While spectral analysis can be performed in Excel or by implementing a general library, tuning and implementing spectral analysis involves the problem of understanding the algorithm. In this course, a lecturer teaches the principles, algorithm, code analysis, and tuning, telling his/her development experience. | Software |
| Nagoya | Software Skill Development Course [Intermediate Course] Software Development in a Decarbonized Society |
In response to the 2050 carbon neutral declaration, an environment surrounding the industrial community is rapidly changing. Focusing on the current problems and challenges, this course examines materials provided by the Ministry of Economy, Trade and Industry and provides participants with knowledge required of software design developers and future outlook. | Software |
| Nagoya Utsunomiya |
Software Skill Development Course Introduction to In-Vehicle Ethernet |
It is difficult to build ADAS, connectivity, infotainment, or dynamic software, which are prevailing in-vehicle applications, using a controller area network bus, which is the mainstream of current in-vehicle networks. This course gives an overview of in-vehicle Ethernet, which will be the mainstream of in-vehicle networks to build these kinds of software. | Software |
| Yokohama | Software Skill Development Course System Development in the No-Code Era Introduction to Power Automate |
With the no-code movement, the time is coming when even those who are not IT engineers can develop work applications. Power Automate automates the development of a system accessing various online services while Power Automate Desktop automates tasks on your PC, including those in Excel. This course guides you through the basic operations of these tools anticipating the arrival of the era when ideas matter. | Software |
| Venues | Course name | Description | Type |
|---|---|---|---|
| Osaka | Machinery (M) Skill Development Course [Beginner to Intermediate Course] What Shall I Do? Let’s Do It This Way. |
In this course, you will learn basic rules of designing resin molded parts (cases) and exchange ideas. In this course, participants will analyze example problems typically encountered during design reviews based on the basics of injection molding design and learn about the design process. | Machinery |
| Nagoya Yokohama |
Machinery (M) Skill Development Course Master of Invention |
The methods used to manufacture products on the market have been refined through various innovations and have been established over many years of production technology development. In this course, participants will learn how products like marbles, injection needles, plastic bubble sheets, and abrasive paper, are produced in the form of questions and answers and receive training on how to come up with ideas. | Machinery |
| Utsunomiya | Machinery (M) Skill Development Course Basics of Resin and Sheet Metal Design Product Conceptual Design Training |
In this course, participants will learn the basics of stamping die design and resin molding design by developing a conceptual design of a new switch, which is the entry of product development, and receive training to improve communication skills that are required on the design site through group discussion to decide a design idea. | Machinery |
| Utsunomiya | Machinery (M) Skill Development Course [Beginner Course] Fluid Mechanics in Our Surroundings |
Fluid mechanics is a kind of knowledge that forms the basis of machine design and development. This course focuses on air, which is fluid surrounding us, and is intended to understand various phenomena without using complex mathematical expressions. | Machinery |
| Osaka Utsunomiya |
Electrical (E) Skill Development Course Improving Work Efficiency Using Excel VBA | We are often required to compile or analyze evaluation results when developing products, including electric and electronic items. This course explains the basics of MS Office Excel VBA and how to utilize it for work-related tasks. | Electricity |
| Nagoya Yokohama |
Electrical (E) Skill Development Course [Beginner Course] Sequence Control and Production Site |
Sequence control is essential for automatic machine control on the production site. This course introduces you to the basics of sequence control and how it is used at the production site. | Electricity |
| Osaka | Software (SC) Skill Development Course [Beginner to Intermediate Course] Introduction to JavaScript for Beginners and Those Who Want to Study Thoroughly |
JavaScript is a programming language that allows you to overwrite the HTML element of a currently displayed webpage in real time using a browser. In this course, you will learn about JavaScript while working with a browser. | Software (SC) |
| Nagoya | Software (SC) Skill Development Course [Beginner Course] Introduction to MicroPython |
This course, intended for beginners of embedded system development, explains how to build a program development environment to run ESP32, the third most popular microcontroller following Arduino and Raspberry Pi, using MicroPython and introduces an experimental program that makes use of the characteristics of Python as an interpreted language. | Software (SC) |
| Yokohama Utsunomiya |
Software (SC) Skill Development Course [Beginner Course] Introduction to IoT Microcontroller ESP32 |
This course, intended for beginners of microcontrollers, introduces how to build a program development environment and Bluetooth-based wireless communication experimental program using ESP32, the third most popular microcontroller following Arduino and Raspberry Pi. | Software (SC) |
| Utsunomiya | Software (SC) Skill Development Course MBD Engineers in the Automotive Industry |
Automotive engineers design vehicle systems including various controls using MATLAB and Simulink, which are MBD tools. This course explains MBD, which will become more popular in the future. | Software (SC) |
| Osaka | Software (SI) Skill Development Course [Beginner Course] Practicing Quantum Programming Using Python |
After learning basic language specifications of Python, participants will get an understanding of quantum programming by working through concrete program examples using Qiskit. If you are interested in quantum computing, join us and learn together in this course. | Software (SI) |
| Osaka Nagoya Yokohama Utsunomiya |
Software (SI) Skill Development Course Practical Algorithm Development Power Window Pinch Detection |
You can come up with an idea to solve a problem by understanding the current situation and delving into the problem. In this course, you will learn the structure and characteristics of power windows, identify a problem concerning a pinch detection feature, and consider an algorithm to solve it so that you can utilize takeaways of the course to solve problems at work. | Software (SI) |
| Nagoya | Software (SI) Skill Development Course [Beginner Course] Practicing Quantum Programming Using JavaScript |
After learning basic language specifications of JavaScript, participants will get an understanding of quantum programming by working through concrete program examples using QCEngine. If you are interested in quantum programming, join us and learn together in this course. | Software (SI) |
| Venues | Course name | Description | Type |
|---|---|---|---|
| Osaka | Machinery (M) Skill Development Course Tacit Knowledge Part I |
Although you might learn all about the mechanism design, there are design techniques that designers know as tacit knowledge. In this course, you will learn such design techniques regarding screws, bearings, gears, drivers, processing, measures, welding, and materials in the form of “what” and “why.” | Machinery |
| Nagoya Yokohama |
Machinery (M) Skill Development Course Basics of Resin and Sheet Metal Design: Product Conceptual Design Training |
In this course, participants will learn the basics of stamping die design and resin molding design by developing a conceptual design of a new switch, which is the entry of product development, and receive training to improve communication skills that are required on the design site through group discussion to decide a design idea. | Machinery |
| Utsunomiya | Machinery (M) Skill Development Course [Beginner to Intermediate Course] Debuting the Design of Robots for Extreme Tasks—Let’s Have Fun Together! |
A lecturer who has been involved in the design of robots for extreme tasks for long reveals the essentials of the design for the first time. Out-of-box design thinking is required when designing a robot used in an extraordinary environment. In this course, unique and secret thinking methods are shared through three themes. | Machinery |
| Osaka Nagoya |
Electrical (E) Skill Development Course [Beginner Course] Power Source Trivia That Engineers Should Know: Past, Present, and Future |
Due to recent disasters, life without electricity was often covered in the news. Looking back the history from the past to the present, this course explains how electricity, which is an essential necessity in our daily life, is generated and used and introduces commitment for the future. | Electricity |
| Yokohama Utsunomiya |
Electricity (E) Skill Development Course Making Evaluation Result Analysis Efficient Using Excel VBA |
We are often required to compile or analyze evaluation results when developing products, including electric and electronic items. In this course, participants will learn and practice a method of efficiently aggregating and visualizing data using MS Office Excel VBA. | Electricity |
| Osaka Nagoya |
Software (SC) Skill Development Course [Beginner Course] Introduction to IoT Microcontroller ESP32 |
This course, intended for beginners of microcontrollers, introduces how to build a program development environment and Bluetooth-based wireless communication experimental program using ESP32, the third most popular microcontroller following Arduino and Raspberry Pi. | Software (SC) |
| Yokohama Utsunomiya |
Software (SC) Skill Development Course [Beginner to Intermediate Course] Introduction to MBD: Practicing MATLAB and Simulink |
Automotive engineers design vehicle system functions including various controls using MATLAB and Simulink. In this course, participants will learn about MATLAB and Simulink, which will become more popular in the future, by actually working with them. | Software (SC) |
| Osaka Nagoya Yokohama Utsunomiya |
Software (SI) Skill Development Course [Beginner to Intermediate Course] Introduction to Networks: Communication with IoT Devices Using Raspberry Pi |
With the launch of 5G services, it is anticipated that systems that have been the outside of a network will be connected to a network. In this course, you will control an IoT device developed by Raspberry Pi via network and consider how to build a system that will be used in the cloud. | Software (SI) |
| Venues | Course name | Description | Type |
|---|---|---|---|
| Yokohama | Machinery (M) Skill Development Course [Beginner] Basic Introduction to Drawings |
This course, which is intended for mechanical engineers who have never created drawings or those who will be involved in drawing in other fields, explains the basics of how to draw a drawing. | Machinery |
| Utsunomiya | Machinery (M) Skill Development Course [Beginner] Introduction to Drawings: Creation of Drawing of Component |
The course conducted the previous year introduced the basic rules of how to draw a drawing. In this course, you will create a drawing of a component based on the knowledge acquired through the last course. As a beginner, you are required to create component diagrams that can be used to place an order to a processor from an assembly diagram by (1) understanding the shape, (2) writing the dimensions, (3) writing the surface texture, (4) specifying a surface treatment method, and (5) creating a title block. | Machinery |
| Nagoya Yokohama Utsunomiya |
Machinery (M) Skill Development Course [Beginner to Intermediate] What and Why: Part I |
You can find well-considered mechanics and shapes at different locations of a design. Using an assembly drawing of a machine, the course introduces the name and application of each component and examines why the machine is designed in a certain way in the form of riddles. | Machinery |
| Osaka Nagoya |
Machinery (M) Skill Development Course [Beginner to Intermediate] What Shall I Do? Let’s Do It This Way. |
In this course, you will learn basic rules of designing resin molded parts (cases) and exchange ideas. In addition, participants will analyze example problems in the form of a design review conducted in the actual design process and create design specifications based on the basics of injection molding design. | Machinery |
| Osaka | Machinery (M) Skill Development Course [Intermediate] Why Is It Like This? Why Did It Turn Out Like This? |
In this course, you will examine the shapes of actual metal sheet cases and resin molded parts to learn why they are shaped in that way. By benchmarking an actual product against others, all participants will exchange ideas and confirm the shapes. | Machinery |
| Osaka Nagoya Yokohama Utsunomiya |
Electrical (E) Skill Development Course [Beginner] Method for Detection by Sensor and Product Planning: Feeling Closer to Sensors |
Starting with a brief review of “Sensors Around Us,” a skill development seminar conducted in FY2016, this course discusses actual detection methods. Participants are split into teams to plan a product that uses sensors and compete by giving presentations. | Electricity |
| Osaka Nagoya Yokohama Utsunomiya |
Electrical (E) Skill Development Course [Beginner] Designing an Autonomous Mobile Robot Using LEGO Mindstorms EV3 |
In this course, you will consider the mechanism, sensing, and logics to perform certain tasks to design and develop a robot using LEGO Mindstorms EV3. | Electricity |
| Osaka Nagoya Yokohama |
Software (S) Skill Development Course [Beginner] Introduction to Design Patterns |
Aiming at acquiring object-oriented programming skills, you will learn basic design patterns by solving exercises. | Software |
| Osaka Nagoya Utsunomiya |
Software (S) Skill Development Course [Beginner to Intermediate] Experiencing IoT with micro:bit—Expand Creativity Through Programming |
In this course, participants will exchange ideas of programs that control LED, sensors, and Bluetooth using the micro:bit, a small computer developed mainly by the BBC for use in programming education. | Software |
| Yokohama Utsunomiya |
Software (S) Skill Development Course [Beginner to Intermediate] Introduction to JavaScript for Beginners and Those Who Want to Study Thoroughly |
JavaScript is a programming language that allows you to overwrite the HTML element of a currently displayed webpage in real time using a browser. In this course, you will learn about JavaScript while working with a browser. | Software |
| Venues | Course name | Description | Type |
|---|---|---|---|
| Osaka Nagoya Utsunomiya |
Machinery (M) Skill Development Course [Beginner] —Basic Introduction to Drawings |
This course, which is intended for mechanical engineers who have never created drawings or those who will be involved in drawing in other fields, explains the basics of how to draw a drawing. | Machinery |
| Nagoya | Machinery (M) Skill Development Course [Beginner] —Basic Knowledge for Creating Drawings (Resin and Sheet Metal) |
This course explains the basic knowledge about how to create drawings of resin and sheet metal parts. | Machinery |
| Yokohama Utsunomiya |
Machinery (M) Skill Development Course [Beginner to Intermediate] —Let’s Try to Select Motors! |
《Design of a robot arm》Procedure for the mechanism design: Selecting a motor Using a robot joint as an example, this course explains essential mechanism assembly methods for mechanical engineers and the procedure for selecting a motor. | Machinery |
| Osaka Yokohama |
Machinery (M) Skill Development Course [Beginner to Intermediate] —Designing the Case of ECU BOX (Procedure for Designing a Case and Measures Against Failures) |
Using ECU BOX as an example, this course explains the procedure for designing a case, which is important for mechanical engineers. | Machinery |
| Osaka Nagoya Yokohama Utsunomiya |
Electrical (E) Skill Development Course [Beginner] —Design and Development of LED Lighting Circuits |
This course is intended for beginners of electronic circuit design. This course explains the basics and way of thinking about electronic circuit design by introducing the design of an LED lighting circuit. | Electricity |
| Osaka Nagoya Yokohama Utsunomiya |
Electrical (E) Skill Development Course [Intermediate] —Designing an Autonomous Mobile Robot Using LEGO Mindstorms EV3 |
In this course, you will consider the mechanism, sensing, and logics to perform certain tasks to design and develop a robot using LEGO Mindstorms EV3. | Electricity |
| Osaka Nagoya Yokohama Utsunomiya |
Software (S) Skill Development Course [Beginner] —Introduction to Data Science |
This course explains basic thinking about mathematics required to study technical books on machine learning and data analysis on your own. You will deepen your understanding of linear regression by writing programs in R as an instance of data analysis. | Information |
| Osaka Nagoya Yokohama Utsunomiya |
Software (S) Skill Development Course [Beginner] —Concept of IoT and Basic Knowledge of Networks That Is Too Late to Ask |
What is the Internet of Things or IoT? A world where every object connects to the Internet. This course begins by reviewing the basic knowledge of networks and then conducts hands-on practice to operate a device via Wifi or Bluetooth. | Information |
| Venues | Course name | Description | Type |
|---|---|---|---|
| Osaka Nagoya Yokohama Utsunomiya |
Machinery (M) Skill Development Course —Operating CAD Software —Basic Knowledge of Machine Design —Stepping Stone to Machine Design |
(1) Operating 2D CAD software (AC) and 3D CAD software (CATIA V5) (2) Basic knowledge of machine design (3) Let’s Design a Machine [YA001] *You will develop an actual design based on a rough drawing and specifications. *The procedure for designing a machine will be explained. *Themes: Brackets, roller conveyors, bearings, mounts, lifting and lowering devices, transfer devices, belt conveyors, traveling devices with hand clamps, robotic arms with hands, etc. | Machinery |
| Osaka Nagoya Yokohama Utsunomiya |
Software (SC) Skill Development Course —Preparation for the Fundamental Information Technology Engineer Examination |
Preparation for the Fundamental Information Technology Engineer Examination This course conducts a prep test for the Fundamental Information Technology Engineer Examination and gives a lecture on how to overcome weak points. |
Information |
| Osaka | Software (SC) Skill Development Course —Experimental Practice of Controlling Microcontrollers |
MATLAB/Simulink and Arduino: Experimental practice of controlling microcontrollers this course, you will practice model-based development through simulation experimentation. |
Information |
| Yokohama | Software (SI) Skill Development Course —Object-Oriented Design: Refactoring |
Using the created Java code, you will practice object-oriented design, implementation, and testing (refactoring). | Information |
| Nagoya | Electrical (E) Skill Development Course —Operating ECAD Software |
In this course, you will learn how to operate ECAD software, which is often used in wiring design. | Electricity |
| Nagoya | Electrical (E) Skill Development Course —Preparation for First-Class Electrician Examination |
This course conducts a prep test for the first-class electrician examination and gives a lecture on how to overcome weak points. | Electricity |
| Yokohama Utsunomiya |
Electrical (E) Skill Development Course —System Design Based on Electric Design Process |
In this course, you will learn the basic design process and work on a practical exercise using an electronic circuit and LEGO. | Electricity |
| Venues | Course name | Description | Type |
|---|---|---|---|
| Osaka Nagoya Yokohama Utsunomiya |
Software (Control Software) Skill Development Course —Aiming to Acquire Qualification and Improve Business Ability |
・Introducing the schedule for the Fundamental Information Technology Engineer Examination, which is a stepping stone for IT engineers, and explaining questions of a prep test. ・Conducting a test of C language program comprehension. ・Giving tips on how to increase a sense of presence at a client company. ・Acquiring special knowledge for developers of in-vehicle ECU embedded software. (E.g., microcontrollers, MBD development, CAN bus, and AUTOSAR) |
Software |
| Osaka Nagoya Yokohama Utsunomiya |
Machinery Skill Development Course —Cultivating Basic Skills of Machine Design |
In this course, you will learn engineering drawing methods and how to operate 2D CAD software (AutoCAD) and 3D CAD software (CATIA V5 and SolidWorks), which are basic skills for machine design. You will also learn how to write dimensions of mechanism elements and resin and sheet metal parts and receive training in understanding the shape of each component from a complex assembly drawing. |
Machinery |
| Osaka Nagoya Yokohama Utsunomiya |
Machinery Skill Development Course —Practical Material Mechanics |
This course explains basic knowledge of material mechanics, which is the basis for dynamic computation in machine design, and gives an easy-to-understand explanation on how to apply material mechanics to machine design. | Machinery |
| Osaka Nagoya Yokohama Utsunomiya |
Machinery Skill Development Course —Practical Mechanical Dynamics |
The functioning of machines around us, such as automobiles, robots, and industrial machines, is achieved through a combination of various machine components. Knowledge of mechanical dynamics is necessary to know machine’s behaviors such as force transmission, revolving motion, reciprocal motion, and oscillating motion. In this course, you will learn practical mechanical dynamics. |
Machinery |
| Osaka Nagoya Yokohama Utsunomiya |
Machinery Skill Development Course —Learning Resin and Sheet Metal Design |
Resin and sheet metal design forms the basis of product design. This course introduces participants to the basic knowledge of resin molding and sheet metal processing as well as design challenges and countermeasures. | Machinery |
| Osaka Nagoya Yokohama Utsunomiya |
Machinery Skill Development Course —Let’s Design! |
This course explains a method and process of creating a conceptual design of a machine and lets participants actually design a themed machine. *Themes: Brackets, roller conveyors, bearings, mounts, lifting and lowering devices, transfer devices, belt conveyors, traveling devices with hand clamps, robotic arms with hands, etc. |
Machinery |
| Osaka Nagoya Yokohama Utsunomiya |
Software (Information Processing) Skill Development Course —Qualification Acquisition Course |
This course is intended to acquire knowledge required to pass the Fundamental Information Technology Engineer Examination. Aiming to pass the exam, participants will thoroughly read a textbook, answer past exam questions, and take the exam on October 16. Understanding Java language specifications. Answering afternoon questions about Java in the Fundamental Information Technology Engineer Examination conducted over the last ten years. Passing the Second Level of the Java Programming Proficiency Test, which is conducted by Certify Inc., and achieving a score of 70 or above. |
Software |
| Osaka Nagoya Yokohama Utsunomiya |
Electrical Skill Development Course —Designing an Electric Circuit |
Using ECAD software that is mainly used in facility-related design, participants will learn basic design techniques in the industrial equipment field, such as creating an outline drawing of a control board, layout drawing of control board components, and wiring system drawing, and learn how to operate the software. | Electricity |
| Osaka Nagoya Yokohama Utsunomiya |
Electrical Skill Development Course —Designing a Small Electronic Circuit |
Mainly aiming to develop engineers who can design electronic control circuits, this course explains that a large circuit is an aggregation of small circuits. Participants will actually design and create a small circuit and learn the functioning of a purpose-built circuit. | Electricity |
| Venues | Course name | Description | Type |
|---|---|---|---|
| Osaka Nagoya Yokohama Utsunomiya |
Machinery Skill Development Course —Stepping Stone to Machine Design |
In this course, participants will learn basic machine design skills, including engineering drawing methods, methods of operating 2D CAD software (AC) and 3D CAD software (CATIA V5), creation of component drawings, machine elements, intensity calculation, power calculation, and design techniques in sequence. | Machinery |
| Osaka Nagoya Yokohama Utsunomiya |
Machinery Skill Development Course —Part I (Beginner): Practical Calculation for Selecting a Motor —Part II (Intermediate): Attending Bhutan International Conference |
Part I: Selecting a motor is a part of a mechanical engineer’s design responsibilities. In this course, you will perform practical calculations based on actual examples. Part II: The lecturer who attended the Bhutan International Conference held in 2014 explains the culture and history of Bhutan. |
Machinery |
| Osaka Nagoya Yokohama Utsunomiya |
Machinery Skill Development Course —Intermediate: Time Management and Utilization of KTP |
The design and development time is being shortened today. In this course, participants will learn how to utilize time management skills to make better use of their time and get ahead with their work and how to organize a goal-oriented team through team-building. | Machinery |
| Osaka Nagoya Yokohama Utsunomiya |
Electrical and Electronic Skill Development Course —Circuit Design |
In this course, you will design a functional circuit by combining small circuits. The course focuses on counter circuits, timer circuits, and holding circuits. |
Electrical and electronic |
| Osaka Nagoya Yokohama Utsunomiya |
Electric and electronic Skill Development Course —What Is the Design of an Electronic Circuit? |
In this course, you will learn how to apply electric theory and knowledge about electronic components to design. The course explains how to link your knowledge to work and improve your skills. | Electrical and electronic |
| Osaka Nagoya Yokohama Utsunomiya |
Electric and electronic Skill Development Course —Beginner: Method of Utilizing Application Notes |
Manufacturers and trade companies post application notes on their websites to give tips on design. This course introduces application notes, which can be directly utilized for design, and explains how to learn them by oneself. | Electrical and electronic |
| Osaka Nagoya Yokohama Utsunomiya |
Software (Control Software) Skill Development Course —Embedded Microcontroller Technology |
In this course, participants will learn basic knowledge about embedded microcontroller technology, which is essential for control software engineers, and terms that they need to know to control microcontroller peripheral circuits. ・Prep test for the Fundamental Information Technology Engineer Examination ・Lecture on introductory model-based development |
Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software (Control Software) Skill Development Course —Beginner: Introduction to Model-Based Development |
This course introduces participants to basic knowledge required of engineers engaged in model-based development and career development plans, mentioning current trends. | Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software (Control Software) Skill Development Course —Intermediate: Introduction to In-Vehicle Network Systems |
This course explains the history of vehicle technologies leading up to the present in-vehicle network technologies (e.g., CAN, LIN, and FlexRay) and in-vehicle software standard specifications (AUTOSAR). | Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software (Control Software) Skill Development Course —Intermediate: Introduction to In-Vehicle Network Systems |
This course explains the history of vehicle technologies leading up to the present in-vehicle network technologies (e.g., CAN, LIN, and FlexRay) and in-vehicle software standard specifications (AUTOSAR). | Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software (Information Processing) Skill Development Course —Object-Oriented Programming |
In this course, you will learn object-oriented programming. This course is intended to enable participants to overcome barriers of modeling and coding over the course of one year. The goal of this course is to cultivate problem-solving skills as programmers by solving programming competition problems. ・Answers and explanations for problems of the information technology engineer examination ・Answers and explanations for problems of the C/Java language workbooks ・Review of the status of solving programming assignments |
Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software (Information Processing) Skill Development Course —Object-Oriented Programming |
In this course, you will learn object-oriented programming. This course is intended to enable participants to overcome barriers of modeling and coding over the course of one year. The goal of this course is to cultivate problem-solving skills as programmers by solving programming competition problems. ・Answers and explanations for problems of the information technology engineer examination ・Answers and explanations for problems of the C/Java language workbooks ・Review of the status of solving programming assignments |
Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software (Information Processing) Skill Development Course —Beginner: Introduction to Object-Oriented Programming |
In object-oriented programming, it is important to program to an interface. This course introduces typical design patterns to deepen participants’ understanding. Participants are required to solve problems of the ACM programming contest. | Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software (Information Processing) Skill Development Course —Beginner: Introduction to Object-Oriented Programming |
It is essential to understand design patterns to program software complying with the principles of object-oriented programming. This course provides you with some examples of design patterns. You will also learn how to solve problems of the ACM programming contest. | Software |
| Venues | Course name | Description | Type |
|---|---|---|---|
| Osaka Nagoya Yokohama Utsunomiya |
Business Skill Development Course Let’s Become a Master of Building Good Relationships! —Improving Communication Skills |
The first step to building good relationships is to know yourself. In this course, you will take the Egogram test and understand yourself to improve human qualities and get tips on increasing your attractiveness. This course allows you to experience the immediate effectivity of fun, easy-to-understand, and informative mental fitness activities. | Common |
| Osaka Nagoya Yokohama Utsunomiya |
Skill Development Course for Mid-Career Employees ・Ways to get work done effectively ・Improving communication skills ・Tips on teaching juniors ・Requirements of attractive leaders |
Each company has its own corporate philosophy and vision, which are linked to each individual employee’s goals. Expectations for mid-career employees to achieve their goals are especially high. In this course, you will review roles that mid-career employees are expected to take and learn how to play these roles. | Common |
| Osaka Nagoya Yokohama Utsunomiya |
Basic Quality Technique Course —Introduction to FMEA, FTA, and Failure Analysis |
Knowledge of FMEA and FTA is a must for manufacturing engineers. Failure mode and effects analysis (FMEA) is a technique to prevent problems from occurring while fault tree analysis (FTA) is a great technique to identify the causes of faults or failures. This course explains basic concepts of these techniques. | Common |
| Osaka Nagoya Yokohama Utsunomiya |
Engineering Consultant Course —Modern Control Theory |
While the classical control theory focuses on the frequency response as an extension of circuit theory, the modern control theory uses a state-space representation of a system. This course gives an easy-to-understand explanation mainly on how the modern control theory came into being. |
Common |
| Osaka Nagoya Yokohama Utsunomiya |
Engineering Consultant Course —Anthropomorphism Culture and Tendency to Find Value in the Miniature |
Why does a dog play as a husband and father in commercials? Japan has a rich and diverse culture of anthropomorphizing objects, which has stimulated people’s high level of creativity. Historically, the country has also valued practices of folding, moving things to sides, or packing. This course gives an overview of the anthropomorphism culture and tendency to find value in the miniature in the manufacturing industry. | Common |
| Osaka Nagoya Yokohama Utsunomiya |
Training Course for Developing Mid-Career Employees —Coaching for Objectives Management ・Technique for setting goals that can increase motivation ・Interim follow-up to help achieve goals ・Performance appraisal interview and vision coaching |
In this course, you will learn coaching techniques to help subordinates set their goals and how to help them achieve the goals by understanding the significance and roles of objectives management. You will also learn how to conduct a performance appraisal interview and communicate the evaluation results to subordinates so that they can utilize the results for next-term activities. | Common |
| Osaka Nagoya Yokohama Utsunomiya |
Business Skill Development Course (1) Shining Smile Creates Impressive Customer Service! —Netz Nangoku Corporation’s Employee Satisfaction to Realize Growth (2) Things to Know to Read and Use Financial Statements |
(1) You will learn the significance of work and that finding a rewarding sense of satisfaction for your work leads to increased customer satisfaction. (2) This course, intended for business people who are new to the world of financial statements, explains essential knowledge to utilize them and gives tips on doing a credit check on business partners through dramatized scenarios. |
Common |
| Osaka Nagoya Yokohama Utsunomiya |
Basic Quality Technique Course —Introduction to Experimental Design |
Experimental design provides you with methods of efficiently collecting data and drawing an objective conclusion when you attempt to figure out various phenomena through experiments or investigations. This course gives an easy-to-understand overview of the experimental design using only a few mathematical expressions. Using actual examples, the course is intended to let participants know how to use the experimental design and understand its way of thinking. |
Common |
| Osaka Nagoya Yokohama Utsunomiya |
Engineering Consultant Course —Product Life Cycle from Conceptual Design to End of Its Life |
The conceptual design in design work includes organizing how the designer’s envisioned concept is materialized into concrete design information and considering the product’s environmental resistance and life. Using an 80-year-old structure (?) as an example, the course explains methods of considering and representing the conceptual design, manufacturing control, and product life. | Common |
| Osaka Nagoya Yokohama Utsunomiya |
Engineering Consultant Course —Virtualization Technology |
Cloud computing, which is creating a sensation in the world, is supported by virtualization technology. As the era of cloud computing takes off, knowledge and know-how of virtualization technology will become more and more important. This course explains the fundamentals of virtualization technology. | Common |
| Nagoya Yokohama Utsunomiya |
Machinery Skill Development Course —Beginner to Intermediate: Tips on Design and Various Design Techniques (Calculation of Cost of Resin and Sheet Metal Parts) |
In this course, you will learn techniques for calculating costs of resin and sheet metal parts. The course also explains how to achieve cost reduction by giving a twist to the design through discussion. | Machinery |
| Nagoya Yokohama Utsunomiya |
Machinery Skill Development Course —Beginner: Know-How for Creating Drawings |
This course shares actual examples of drawing creation that takes into consideration the following important points that should be aware of when designing a machine component: 1. Ease of fabrication 2. Increased efficiency of assembly processes 3. Cost reduction Participants will also learn know-how for the design of a machine component. |
Machinery |
| Osaka Nagoya Yokohama Utsunomiya |
Machinery Skill Development Course —Intermediate: Tips on Designing a Case and Various Design Techniques (Design of Specially Shaped Parts: Waterproof Features) |
In this course, you will learn a method of designing a specially shaped part (with waterproof features), which is a technique to design a case, and key points through discussion. | Machinery |
| Osaka Nagoya Yokohama Utsunomiya |
Machinery Skill Development Course —Intermediate: Tips on Designing a Case and Various Design Techniques (Design of Specially Shaped Parts: Heat Dissipation and Noise Reduction Features) |
In this course, you will learn a method of designing a specially shaped part (with heat dissipation and noise reduction features), which is a technique to design a case, and key points through discussion. | Machinery |
| Osaka Nagoya Yokohama Utsunomiya |
Machinery Skill Development Course (1) (2) —Beginner: Various Evaluation Test Methods and Quality Failure Countermeasures |
This course gives an easy-to-understand explanation on how to decide the specifications of various evaluation test methods and deal with quality failures. | Machinery |
| Osaka | Machinery Skill Development Course (1) (2) —Main Theme [Basics of Transportation Conveyors] |
This course series is designed to give participants a step-by-step training on how to design a machine. Participants will learn how to create an engineering drawing (deciding a finishing process and geometric tolerances), select machine elements, and perform power calculations as well as design techniques and design procedures. In this course, design techniques and tips are shared using the mechanical training sheet (MTS004: transportation conveyor). Participants will also receive hands-on practice of drawing creation, intensity calculation, and power calculation. |
Machinery |
| Osaka Yokohama |
Machinery Skill Development Course (1) (2) —Beginner: Basics and Applications of Machine Design Drawings |
This course explains how to identify datum lines and surfaces when creating a machine drawing and ways of thinking to write dimensions and geometric tolerances in the form of questions and answers. | Machinery |
| Nagoya Utsunomiya |
Machinery Skill Development Course (1) (2) —Main Theme [Basics of Transportation Conveyors] [Motor Selection and Bearing Life] |
This course series explains how to design a machine step by step. This course gives training on design tips using a schematic drawing of the MTS004: transportation conveyor. |
Machinery |
| Utsunomiya | Machinery Skill Development Course (1) (2) —Beginner: Basics of Pneumatic Circuits |
This course series gives participants training using various design examples of pneumatic mechanisms. In the first part of the course, participants will learn different types and applications of pneumatic auxiliary components, types of air cylinders, and cylinder thrust force calculation methods. In the second part, participants will learn different types of directional control valves and receive hands-on practice of designing a basic circuit. | Machinery |
| Kyushu | Machinery Skill Development Course (1) (2) —Main Theme [Tips on Generating Ideas] |
This course series is designed to give participants a step-by-step training on how to design a machine. In this course, you will learn the design procedures, starting from deciding specifications, generating ideas, creating a conceptual drawing, deciding a mechanism, selecting commercial items, calculating power and intensity, to creating a schematic drawing. The course gives training using a schematic drawing of the MTS002: glue applicator machine. |
Machinery |
| Kyushu | Machinery Skill Development Course (1) (2) —Main Theme [Basics of Transportation Conveyors]—Basics of Power Calculation |
This course series is designed to give participants a step-by-step training on how to design a machine. In this course, you will learn the design procedures, starting from deciding specifications, generating ideas, creating a conceptual drawing, deciding a mechanism, selecting commercial items, calculating power and intensity, to creating a schematic drawing. The course gives training using a schematic drawing of the MTS004: transportation conveyor. |
Machinery |
| Kyushu | Machinery Skill Development Course (1) (2) —Main Theme [Structure of Rotating and Sliding Components] [Basics of Pneumatic Cylinders] |
This course series is designed to give participants a step-by-step training on how to design a machine. In this course, you will learn the design procedures, starting from deciding specifications, generating ideas, creating a conceptual drawing, deciding a mechanism, selecting commercial items, calculating power and intensity, to creating a schematic drawing. The course gives training using a schematic drawing of the MTS005: transportation pad. |
Machinery |
| Kyushu | Machinery Skill Development Course (1) (2) —Main Theme [Basics of Rotary Actuators] [Basics of Vacuum Pads and Pneumatic Circuits] |
This course series explains how to design a machine step by step. This course gives training on design tips using a schematic drawing of the MTS007: transportation mechanism of a package weight measurement device. |
Machinery |
| Osaka Nagoya Yokohama Utsunomiya |
Electrical and Electronic Skill Development Course (1)-(1) (2) —Beginner: Circuit Design |
In this course, you will design a functional circuit by combining small circuits. The course focuses on counter circuits. |
Electrical and electronic |
| Osaka Nagoya Yokohama Utsunomiya |
Electrical and Electronic Skill Development Course (2)-(1) (2) —Beginner: Circuit Design |
In this course, you will design a functional circuit by combining small circuits. The course focuses on counter circuits and lets participants create a conceptual design based on specifications. |
Electrical and electronic |
| Osaka Nagoya Yokohama Utsunomiya |
Electrical and Electronic Skill Development Course (3)-(1) (2) —Beginner: Circuit Design |
In this course, you will design a functional circuit by combining small circuits. This course focuses on counter circuits and guides participants through specification consideration, conceptual design, and detailed design (creation of a circuit diagram). |
Electrical and electronic |
| Osaka Nagoya Yokohama Utsunomiya |
Electrical and Electronic Skill Development Course (4)-(1) (2) —Beginner: Circuit Design |
In this course, you will design a functional circuit by combining small circuits. Focusing on counter circuits, this course lets you learn about design consideration, conceptual design, and detailed design and create a circuit diagram, component list, and manufacturing drawing. |
Electrical and electronic |
| Osaka Nagoya Yokohama Utsunomiya |
Software (Control Software) Skill Development Course (1) —Beginner: Embedded Microcontroller Technology |
In this course, participants will learn basic knowledge about embedded microcontroller technology, which is essential for control software engineers, and terms that they need to know to control microcontroller peripheral circuits. | Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software (Control Software) Skill Development Course (1) —Intermediate: Understanding Embedded Software Development (1) |
Following the previous year’s course, this course introduces sample programs using the ARM microcontroller board and explains how to build an integrated development environment and develop embedded software. | Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software (Control Software) Skill Development Course (2) —Beginner: Introduction to Control Engineering |
This course explains the history of control engineering and terms that you should know to use MATLAB/Simulink (differential equations, transfer functions, block diagrams, and feedback control). | Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software (Control Software) Skill Development Course (2) —Intermediate: Understanding MBD Development (1) |
In this course, participants will learn basic knowledge required of engineers engaged in model-based design (MBD) development and the procedure to create a control model using MATLAB/Simulink. | Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software (Control Software) Skill Development Course (3) —Beginner: Programming Technology |
This course explains terms you should know to understand how a computer works (memory, pointer, stack, register, and compiler optimization) and coding conventions. | Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software (Control Software) Skill Development Course (3) —Intermediate: Understanding Embedded Software Development (2) |
Following the last course, this course introduces sample programs using the ARM microcontroller board and explains how to build an integrated development environment and develop embedded software. | Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software (Control Software) Skill Development Course (4) —Beginner: Introduction to Model-Based Development |
In this course, participants will watch a video of a seminar given by the Information-technology Promotion Agency, Japan (IPA), learn the current situation and future outlook of model-based development, and consider how to utilize Systems Modeling Language (SysML). | Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software (Control Software) Skill Development Course (4) —Intermediate: Understanding MBD Development (2) |
In this course, you will get a grasp of hardware in the loop system (HILS) by controlling the input and output of a microcontroller board (Arduino) using a MATLAB/Simulink model. | Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software (Information Processing) Skill Development Course (1) —Beginner: Data Analysis in Excel |
This course gives an easy-to-understand explanation on statistics and applied mathematics, which are necessary to analyze or identify characteristics of data on a computer. In this course, participants will receive hands-on practice of data analysis using Excel. | Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software (Information Processing) Skill Development Course (1) —Intermediate: Object-Oriented Programming |
In this course, you will learn object-oriented programming. This course is intended to enable participants to overcome barriers of modeling and coding over the course of one year. This year as well, the goal of this course is to cultivate problem-solving skills as programmers by solving programming competition problems. |
Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software (Information Processing) Skill Development Course (2) —Intermediate: Object-Oriented Programming |
This course is intended to enable participants to overcome barriers of object-oriented modeling using the UML. Participants will learn the class, sequence, and state machine diagrams of the UML through exercise. The status of solving problems of the programming contest is also checked. | Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software (Information Processing) Skill Development Course (3) —Beginner: Data Analysis in Excel |
This course explains testing and estimation, which are common approaches to statistical inference. Specifically, the course gives an easy-to-understand explanation on point estimation, interval estimation, and testing. In this course as well, participants will receive hands-on practice of data analysis using Excel. |
Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software (Information Processing) Skill Development Course (3) —Intermediate: Object-Oriented Programming |
Following the last course, this course gives hands-on practice of object-oriented modeling using a specific problem. Participants will learn how to create the use case, class, and sequence diagrams of the UML. As for programming contest problems, the course explains how to simplify the problems to solve them. | Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software (Information Processing) Skill Development Course (4) —Beginner: Data Analysis in Excel |
After giving a review on testing and estimation, the course explains regression analysis and correlation analysis. In this course as well, participants will receive hands-on practice of data analysis using Excel. |
Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software (Information Processing) Skill Development Course (4) —Intermediate: Object-Oriented Programming |
This course explains refactoring, a technique to safely improving existing code, using simple examples. As for programming problems, participants will deepen their understanding by analyzing the code offered. |
Software |
| Venues | Course name | Description | Type |
|---|---|---|---|
| Osaka Nagoya Tokyo |
Intensive Course on TOEIC Score Improvement (1) —Reading Session |
This TOEIC score improvement course comprises two parts (first part: improving reading skills, second part: improving listening skills). Participants will learn trends and measures for seven parts of the TOEIC test and methods of improving a score. The course also gives tips for effective self-learning after the course. |
Common |
| Osaka Nagoya Tokyo |
Intensive Course on TOEIC Score Improvement (2) —Listening Session |
The second part of the TOEIC score improvement course is intended to improve listening skills. Participants will learn trends and measures for four parts of the Listening Section and methods of improving a score. The course also gives tips for effective self-learning after the course. |
Common |
| Osaka Nagoya Tokyo |
TOEIC® Test —Institutional Program (IP Test) |
The IP Test comprises 200 questions. It takes two hours to complete and includes 2 sections: the Listening Section of 45 minutes (100 questions) and the Reading Section of 75 minutes (100 questions). The Listening test score and Reading test score range from 5 to 495 points, respectively, with the total score ranging from 10 to 990 score (in steps of five points). The test uses an optically-scanned answer sheet and provides objective evaluations. Question statements of the test are only in English. |
Common |
| Osaka Nagoya Tokyo |
TOEIC Test Preparation Course —Simulated Test and Learning Method |
More and more client companies require employees to have good English skills to be used in daily operations, such as having a talk in English, reading and writing English sentences, and attending English audio conferences. In this course, participants will take a simulated test of TOEIC, the most popular test to measure business English proficiency, and receive advice from a TOEIC instructor on learning methods according to their score levels. |
Common |
| Osaka Nagoya Tokyo |
Quality Engineering Course —Introduction: Basics of QC |
In this course, you will learn basics of quality control, which forms the basis of data analysis. Part 1: Understanding Quality Control Part 2: Check Sheet and Histogram Part 3: Fishbone Diagram and Pareto Chart Part 4: Scatter Diagram and Stratification Part 5: Control Chart (Shewhart Control Chart) |
Common |
| Osaka | Engineering Consultant Course —Intermediate: How to Become a Top Engineer |
In this course, a lecturer tells participants of his/her long years of experience of designing and developing various systems including hardware and software to share knowledge and know-how required to become a top engineer. The course offers a question-and-answer session so that those who have problems can find a clue to solve the problems through discussion. |
Common |
| Yokohama | Engineering Consultant Course —Intermediate: Concepts of Sensibility and Thinking in Design Theory |
An engineered or scientific approach has been required to assess sensibility, cognition, emotion, senses, taste, and other all aspects which represent humanness and vary with each individual. Among various elements concerning design engineering, sensibility is, in particular, an essential concept for creating an as-yet-unknown object. Interaction with other people can only become possible when ideas or images sprung from some inspiration are conceptualized and formulated to be communicated. Since subjective judgment based on sensibility greatly affects the design, this course explains how a qualitative concept intrinsic to people, or sensibility, affects the design. |
Common |
| Utsunomiya | Transformation of the Environment Surrounding Design Review —Why Didn’t You Consider This Problem? |
Whether the product is an inverter- or power electronics-related product (electric vehicle, hybrid vehicle, elevator, air conditioner, and solar power generation system), complaints during the early production phase of a new product include poor design quality (70%) and poor manufacturing quality (30%). This trend is common to all industries worldwide. The environment surrounding design review is undergoing a considerable transformation due to various regulations and requirements for product safety and quality assurance which become increasingly stringent year by year. Therefore, design review in the new product development is becoming more and more important. This course explains the essence and problems of the design review from an engineer’s standpoint, including the background, how to proceed with the design review, its relationship with the Product Liability Act (PL Act), its effectiveness, and future problems, so that participants can improve specialist skills and a sense of intuition to find and solve design problems. |
Common |
| Osaka Nagoya Yokohama Utsunomiya Kyushu |
Machinery Skill Development Course —Beginner: Explanation of Machine Elements (Image-Training Sheet) |
This course series is designed to give participants a step-by-step training on how to design a machine. Participants will first learn how to create an engineering drawing (deciding a finishing process and geometric tolerances), select machine elements, and perform power calculations as well as design techniques and design procedures. In this course, participants will learn machine elements at ITS (only in Kyusyu). |
Machinery |
| Osaka Yokohama Utsunomiya |
Machinery Skill Development Course —Beginner: Tips on Design and Various Design Techniques |
In this course, design techniques and tips are shared using the mechanical training sheets (MTS002: glue applicator machine and MTS003: substrate divider). Participants will also receive hands-on practice of drawing creation, intensity calculation, and power calculation. |
Machinery |
| Osaka Nagoya |
Machinery Skill Development Course —Tips on Design and Various Design Techniques |
In this course, design techniques and tips are shared using the mechanical training sheet (MTS003: substrate divider). Participants will also receive hands-on practice of drawing creation, intensity calculation, and power calculation. |
Machinery |
| Osaka Nagoya |
Knowledge of Resin Materials for Design | This course explains how to use a 3D printer and its principles in design. Participants will learn different types of high polymeric materials, knowledge of materials as well as certifications, standards, and other requirements (in the medical field). |
Machinery |
| Osaka | Machinery Skill Development Course —Beginner: Types of Motors and How to Select Them |
This course explains how to select a guide that supports motor motion, different types of motors, and tips necessary for selecting a motor. | Machinery |
| Nagoya | Machinery Skill Development Course —Beginner: Machine Design Techniques [Design Flow] |
In this course, design techniques and tips are shared using the mechanical training sheet (MTS002: glue applicator machine). Participants will also receive hands-on practice of drawing creation, intensity calculation, and power calculation. |
Machinery |
| Yokohama | Machinery (CAD) Qualification Acquisition Course Qualification names: First and Second Levels of the CAD Engineer Examination Qualification names: First, Pre-First, and Second Levels of the 3D CAD Engineer Examination Skill Development Course for All Job Types (Office) Qualification name: Microsoft Office Specialist (Excel) |
A simulated test of the Second Level of the CAD Engineer Examination, rating, question-and-answer session, advanced operation of CAD software (practical exercise) A simulated test of the First Level of the CAD Engineer Examination (practical exercise) A simulated test of the Second Level of the 3D CAD Engineer Examination, rating, question-and-answer session, basic operation of 3D CAD software (practical exercise) A simulated test of the First or Pre-First Level of the 3D CAD Engineer Examination (practical exercise) A simulated MOS test (Excel) (practical exercise), rating, question-and-answer session, basic operation of Excel, operation of functions (e.g., IF, VLOOKUP, and SUMPRODUCT) |
Machinery |
| Utsunomiya | Machinery (CAD) Qualification Acquisition Course Qualification names: Second Levels of the CAD Engineer Examination and 3D CAD Engineer Examination Machinery (Mechanical Designer) Qualification Acquisition Course Qualification name: Third Level of the Mechanical Designer Qualification |
A simulated test of the Second Level of the CAD Engineer Examination, rating, and question-and-answer session A simulated test of the Second Level of the 3D CAD Engineer Examination, rating, and question-and-answer session A simulated test of the Third Level of the Mechanical Designer Qualification, rating, and question-and-answer session |
Machinery |
| Kyushu | Machinery: Machine Design Technique Series (1) | This course explains engineering drawings (tolerances, finishing, and welding symbols), terms and applications of machine elements, intensity calculation, power calculation, and how to come up with ideas in sequence based on the actual machine design flow. This course is a beginner course about machines as a whole. | Machinery |
| Kyushu | Machinery: Machine Design Technique Series (2) | This course explains how to improve work efficiency and minimize errors in the course of work in the form of questions and answers. | Machinery |
| Osaka Nagoya Yokohama Utsunomiya |
Electrical and Electronic Skill Development Course (1) —Beginner: Basics of Electrical and Electronic Circuits |
Participants will improve basic knowledge of electric theory, electronic components, discrete semiconductors, digital, analog, and noise by taking a completion test of the basic training in electric and electronic engineering. | Electrical and electronic |
| Osaka Nagoya Yokohama Utsunomiya |
Electrical and Electronic Skill Development Course (2) —Beginner: Reading a Circuit Drawing |
In this course, participants will get basic knowledge of electronic circuit drawings to read a circuit drawing of a simple digital multimeter and understand its operating principle. | Electrical and electronic |
| Osaka Nagoya Yokohama Utsunomiya |
Electrical and Electronic Skill Development Course (3) —Beginner: Deciding Circuit Constants |
In this course, participants will get basic knowledge of electronic circuit drawings to read a circuit drawing of a simple digital multimeter, understand its operating principle, and then decide circuit constants. | Electrical and electronic |
| Osaka Nagoya Yokohama Utsunomiya |
Electrical and Electronic Skill Development Course (4) —Beginner: Circuit Design |
In this course, you will design a functional circuit by combining small circuits. | Electrical and electronic |
| Nagoya | Basic Inverters and Power Electronics Course | In this course, you will learn the basics of inverter- and power electronics-related products (e.g., electric vehicle, hybrid vehicle, elevator, air conditioner, solar power generation system, and electric storage device). | Electrical and electronic |
| Osaka Nagoya Yokohama Utsunomiya |
Software (Control Software) Skill Development Course (1) —Beginner: Understanding ARM Microcontrollers |
In this course, participants will learn operational knowledge necessary to be involved in control software development and current status of a development environment of ARM 32-bit microcontrollers. | Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software (Control Software) Skill Development Course (2) —Beginner: Understanding Embedded Software Development |
This course gives tips that allow participants to deepen their understanding of embedded software development through the explanation on the operation of an ARM 32-bit microcontroller development environment and timer interrupt programs. | Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software (Control Software) Skill Development Course (3) —Beginner: Understanding Software Design |
In this course, you will learn tools used during the life cycle of software development (starting from analysis, designing, programming, and testing to operation and maintenance) and techniques to design a control model using MATLAB/Simulink. | Software |
| Osaka Nagoya Yokohama Utsunomiya |
Software (Control Software) Skill Development Course (4) —Beginner: Grade Assessment Test |
In this course, participants will take an assessment test depending on the software (control software) skill grade and confirm the status of acquiring skills defined for the grade. They will also review their resumes and get career counseling for the next fiscal year. | Software |
| Osaka Nagoya Yokohama |
Software (Information Processing) Skill Development Course (1) —Beginner: Programming Basics In this course, participants will learn the basics of the development of an address book database application using Microsoft SQL Server and C#. Learning about databases and development tools by creating and running a simple program. |
In this course, participants will learn the basics of the development of an address book database application using Microsoft SQL Server and C#. Let’s learn about databases and development tools by creating and running a simple program. This allows you to broaden your expertise in programming. |
Software |
| Osaka Nagoya Yokohama |
Software (Information Processing) Skill Development Course (2) —Beginner: Basics of Object-Oriented Programming |
This course is intended to improve programming skills of software (information processing) engineers. In this course, you will learn objects, classes, encapsulation, inheritance, and polymorphism, which form the basis of object-oriented programming, by solving example problems using Microsoft Visual C#. |
Software |
| Nagoya Yokohama |
Software Skill Development Course —Android Application Software Development |
Android is a Linux-based platform for mobile devices that can be used for free. Everyone can easily develop an Android application. This course gives an easy-to-understand explanation on how to build an environment to build a Java application that runs on Android and how an application works on the Android operating system using Eclipse, the IDE. |
Software |
| Venues | Course name | Description | Type |
|---|---|---|---|
| Osaka Yokohama |
Becoming a Top Engineer —Intermediate: Fuzzy Control |
In everyday life, we use ambiguous wording to ensure smooth communication. Fuzzy control is an approach to make use of ambiguity of words. In this course, the lecturer explains what fuzzy control is mainly based on his/her own experience. This course is intended to understand the essence of technology through this experience. | Common |
| Osaka Nagoya Yokohama Utsunomiya |
TOEIC Test Preparation Course —Simulated Test and Learning Method |
More and more client companies require employees to have good English skills to be used in daily operations, such as having a talk in English, reading and writing English sentences, and attending English audio conferences. In this course, participants will take a simulated test of TOEIC, the most popular test to measure business English proficiency, and receive advice from a TOEIC instructor Osaka on learning methods according to their score levels. | Common |
| Nagoya Yokohama Utsunomiya |
Beginner: Reading Engineering English | This course is intended to improve reading skills among English skills. Participants will read technical papers and data sheets that they will encounter at work. No foreign language can be mastered in a day. Participants are required to read engineering English sentences distributed beforehand by looking up words in a dictionary. Your understanding will be confirmed on the day when the course is held. | Common |
| Nagoya | Beginner: Introduction to Industrial Mathematics for MATLAB/Simulink | MATLAB and Simulink are often used as analysis and simulation tools. Knowledge of linear algebra like vectors and matrices as well as knowledge of differential equations and Laplace transformation are required to use the software. This course gives an easy-to-understand explanation on industrial mathematics in exercise style. | Common |
| Utsunomiya Osaka Nagoya |
Beginner: Processing Measurement Data Using Excel VBA | This course introduces techniques to make use of measurement data imported to a computer in Excel. Participants will learn how to reduce the number of many data points, read data from more than one CSV file, remove fine noise by actually creating a macro program. If you have a laptop with Excel installed, please bring it. | Common |
| Nagoya Yokohama |
Beginner: Basic Knowledge of Excel/VBA | The first part of the course explains basic operations of Excel that are often used at work while the second part is a lecture about basic knowledge for VBA beginners. You can learn need-to-know and useful Excel/VBA operations. | Common |
| Utsunomiya | Beginner: Basic Operations of Excel | In this course, you will perform a simulation of a simple model and data analysis using functions and charts of Excel. Please bring a laptop with Excel installed. | Common |
| Osaka | Beginner: How to Create a Machine Drawing —Why Should We Write Dimensions in That Way? |
In this course, participants will receive hands-on practice on writing dimensions on a blank diagram. They will learn how to decide dimensions depending on applications, meanings of geometric tolerances and welding symbols, and practical drawing creation methods. A drawing you created will be returned after evaluation. | Machinery |
| Osaka | Beginner: Operation of AutoCAD —Just Practice! |
In this course, you will learn the basic operations of AutoCAD LT. This course is intended to increase the operating speed by repeatedly operating the software. | Machinery |
| Osaka | Shape Design of Resin Molded Parts | “Supporting the Design to Shorten the Lead Time in Design”The key to shortening the development lead time is to collect accurate data to validate and improve data on CAD and decide solutions to problems as fast as possible so that efficient design is achieved at an early stage of the development process. This course gives an easy-to-understand explanation on the key using examples. | Machinery |
| Osaka Nagoya Yokohama |
Intermediate: Machine Design Techniques (1) —Things You Actually Do Not Know |
This course explains the mechanism of a machine and applications of machine elements using an actual assembly drawing of a machine. The course explains processing methods for casings of gears, joints, and bearings, gives an overview of stepping motors, and introduces calculation methods in the form of questions and answer, using an example of the rotating drive part. |
Machinery |
| Nagoya Yokohama |
Intermediate: Machine Design Technique Series (1) —How to Come up With Ideas |
It is necessary for the machine design to satisfy the specifications under certain conditions. This course explains how to come up with ideas using actual design examples. Participants will cultivate idea generation skills through practical exercise. | Machinery |
| Kyushu | Machinery: Machine Design Technique Series (1) | This course explains the mechanism of a machine based on design procedures and applications of machine elements using an actual assembly drawing of a machine. In this course, participants will learn engineering drawing methods (welding and geometric tolerances) again by taking a quick check test and receive explanations in the form of questions and answers. | Machinery |
| Kyushu | Machinery: Machine Design Technique Series (2) | This course explains the mechanism of a machine based on design procedures and applications of machine elements using an actual assembly drawing of a machine. In this course, you will learn machine elements (names, mechanisms, and applications) again using an image-training sheet and receive explanations in the form of questions and answers. | Machinery |
| Kyushu | Machinery: Machine Design Technique Series (3) | Participants will create a design freehand based on a rough drawing. This course, focusing on design techniques assumed in actual work, requires participants to create a conceptual drawing (of a motor bracket or motor mount) freehand and explains things to keep in mind when designing a machine in the form of questions and answers. | Machinery |
| Utsunomiya | Intermediate: Basics of Electromagnetics for Noise Reduction | This course, intended for those who deal with noise reduction measures or want to acquire basic noise knowledge, explains the basic knowledge of principles of electromagnetics, which is applied to noise reduction technologies. | Electrical and electronic |
| Osaka Yokohama Utsunomiya |
Beginner: Basics of Electrical and Electronic Circuits | Participants will improve basic knowledge of electric theory, electronic components, discrete semiconductors, digital, analog, and noise by taking a completion test of the basic training in electric and electronic engineering. | Electrical and electronic |
| Osaka Yokohama Utsunomiya |
Beginner: Reading a Circuit Drawing and Operating Basic Instruments | In this course, participants will read drawing of an RC transient response circuit, timer IC circuit, synchronous counter circuit, simple digital multimeter circuit and validate the functioning of a circuit using an oscilloscope and tester in exercise style. | Electrical and electronic |
| Nagoya Yokohama |
Intermediate: Knowledge of ECU Systems | This course explains the history of vehicles and electronics technologies, the transition of electronic control units (ECUs), overview of element technology as well as future outlook using a chronological table and illustrations. | Electrical and electronic |
| Osaka Nagoya Yokohama Utsunomiya |
Beginner: Reintroduction to C Programming | In this course, you will create a program using cards and paper without a computer in order to improve C program coding skills. You will improve logical thinking skills by understanding basic alignment and searching algorithms. | Software |
Opens external website.
Cookie Settings
