BRUSH UP YOUR ENGINEERING SKILLS (Robotics, Mechatronics, Automation). Учебное пособие

Unit 2. Mechatronics

ted with new standards laid down by regulatory bodies is another crucial aspect of their role.

Advanced Mechatronics

It is an immensely popular area of engineering that involves integrating mechanical devices with digital elements and computing to create complex devices like robots or automated machines. This field requires not only knowledge of mechanical equipment but also a deep understanding of computer science subjects like command system design or detector technology.

Industrial Mechatronics

Engineers specializing in industrial mechatronics work on designing and optimizing automated industrial engineering systems using sensors, controllers, actuators, and other digital elements to improve manufacturing processes’ efficiency and productivity. A firm grasp of electronics, mechanics, and programming languages like PLCs helps engineers in this field stay ahead of industry standards while adhering to various regulations.

Aspiring candidates can also opt for research and development roles or product styling positions available in the manufacturing industry worldwide.

Robotics in Mechatronics

This area of engineering comprises the design, construction, and operation of robots. It involves a wide array of fields like mechanical equipment, AI, computer science, sensor technology, etc. The field combines elements of electronics and mechanics to create complex mechatronic systems.

Automated Machinery engineers build robotic systems that can perform tasks autonomously or under human control. Some popular applications of robotics in mechatronics include industrial automation, medical robotics, and military robotics.

Applications of Mechatronics

Mechatronics is an area of engineering that has a wide array of applications across numerous areas. Robotics is one of the popular sub-disciplines that involves the design, construction and operation of robots.Robots are used in a wide variety of applications – from manufacturing to space exploration.

This interdisciplinary branch plays a crucial role in the development of modern vehicles by automating processes like anti-lock brakes and automatic transmissions.

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Text 1: Mechanical Engineering in Mechatronics

Medical devices like prosthetics and surgical robots have been developed using this technology.

Mechatronics is used by aerospace engineers to design aircraft systems like flight controls, navigation, and landing gear. It is also utilized in consumer products such as wearable technology and smart home devices.

Automation and Control Systems

Mechatronics has numerous applications in numerous areas including automation and control systems. This multidisciplinary field requires expertise in mechanical engineering, electrical engineering, computer science, etc.

The primary aim of self-acting systems is to perform tasks without any human intervention while control systems manage the performance of machines and processes. With the advent of mechatronics, there has been significant progress in developing advanced automation and control systems for different industries such as manufacturing, transportation, and healthcare using robotics, sensors, and sensory devices like transducers or activators or programmable logic controllers (PLCs).

Mechatronics has become an integral part of product styling with its application across aerospace engineering to telecom.

Sensor Technology

Incorporating sensor technology into mechatronics systems is essential for enabling precise control and automation by providing feedback and collecting data. Mechatronic design often involves using temperature detectors, pressure sensors, and proximity sensors to enhance a wide array of mecha - nical systems.

Sensor technology also plays a critical role in safety features such as collision avoidance and lane departure warnings in the automotive manufacturing industry. With the integration of advanced sensor technology with computational science, AI, and mechanical engineering, more sophisticated mechatronics systems are possible which can adapt quickly to changing conditions.

Computing and IT in Mechatronics

Mechatronic systems are designed with a combination of mechanical engineering, electric engineering, and computer science. Computing and IT play a vital role in developing mechatronics systems. The integration of computing and IT has led to advanced systems such as robotics, automation, and smart

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Unit 2. Mechatronics

devices. These engineers require strong programming skills, networking abilities, and data analysis capabilities to design and develop complicated mechatronic systems.

With advancements in technology such as artificial intelligence (AI), machine learning (ML), control engineering, electronic components, microprocessors & microcontrollers, simulation & modeling techniques, mechatronic design software packages & computer-aided designing (CAD), product design specifications have become more accurate.

Mechatronic engineers find work in various fields like telecommunications, the digging industry, aerospace industry & manufacturing industry. They can now enhance their skills by taking online courses or pursuing accreditation programs for better career opportunities. (3)

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Text 1: Mechanical Engineering in Mechatronics

4.Найти в тексте степени сравнения следующих прилагатель-

ных:

efficient – high – wide – essential – strong – smart – deep

5.Образовать части речи:

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Unit 2. Mechatronics

6. Правильно употребить предлоги:

7.Найти в тексте перевод слов и словосочетаний:

1 важные компоненты;

2 средняя зарплата;

3 обладать знаниями;

4 оставаться впереди;

5 широкая область применения;

6 антиблокировочная система тормозов;

7 сетевые способности;

8 обеспечить обратную связь.

8.Составить словосочетания (как в тексте):

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Text 1: Mechanical Engineering in Mechatronics

10. Правильно употребить слова в предложениях:

1.We must consider how best to … what resources we have.

2.The motion … opens the door when a person approaches.

3.I have received positive … on my work.

4.Since Ebola first … in 1976, we have learned a lot about this disease.

5.This writer's last novel had an … success.

6.Employment situation continues to … .

11. Составить слова:

mecha

gi

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Unit 2. Mechatronics

Text 2: What is Mechatronics?

Mechatronics is a field that integrates mechanical, electrical, and computer science engineering to create sophisticated systems using detectors and actuators. It has diverse applications in automated machinery, automation, and automotive systems. Mechatronics experts possess skills in programming, circuit design, and mechanical engineering.

History of mechatronics

The interdisciplinary field of mechatronics integrates mechanical, electrical, and computer engineering to create advanced systems using sensors and actuators.

Mechatronics originated in Japan in 1969 to meet the demand for systems that combine several elements. Today, it’s used in various fields such as aerospace engineering, mining, and product styling. These engineers have a diverse skill set that includes programming, circuit design, simulation development, and computer-aided design. The term ‘mechatronics’ was trademarked by a Japanese company in 1971 but was later released for public use and is now globally recognized.

They can work as mechanical engineers or in numerous areas under mechatronics engineering after completing their bachelor’s degree or certification programs. It has played a significant role in the development of robotics and self-acting systems.

Types of mechatronics

Mechatronic systems can be categorized into different types based on their applications.

1.Industrial: it refers to the use of mechanical and electrical engineering principles to design manufacturing processes and industrial automation.

2.Medical: it involves developing medical equipment using sensors, activators, and computer science techniques.

3.Automotive: it deals with the integration of mechanical and electrical systems in automobiles for better performance.

4.Aerospace: it encompasses designing aircraft systems, drones, and satellites for communication and mapping purposes.

5.Consumer electronics: it involves incorporating electronic components with mechanical devices to develop products such as smartphones, cameras, and gaming consoles that are easy to operate.

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Text 2: What is Mechatronics?

Benefits of Mechatronics

Mechatronics is an exciting career option that combines various engineering disciplines such as mechanical systems, electric engineering, computer science, control engineering, AI, and more. With the increasing demand for self-acting systems in numerous areas like telecom, mining, aerospace, and the manufacturing industry, the role of mechatronics engineers has become crucial.

It handles the design and development of innovative products that use cut- ting-edge technology like activators and transducers. This interdisciplinary field enhances safety by reducing human errors. With a wide array of applications across numerous areas like robotics, product styling, biomechatronics to name a few. A degree in this interdisciplinary area of engineering or certification courses can lead to a lucrative career with high job satisfaction.

Future Prediction for Mechatronics

With advancements in AI and automated machinery, this is expected to continue growing and evolving in the future. Incorporating other technologies such as the Internet of Things (IoT) brings new possibilities for self-acting systems and innovation.

Mechatronic engineers develop cutting-edge products that increase efficiency and productivity by automating processes. The interdisciplinary nature of mechatronics encourages cross-functional communication among teams engaged in numerous areas such as aerospace, manufacturing industry, telecommunications, boring, and more.

Mechatronics Engineering Sub disciplines

Mechatronics engineering combines various disciplines like mechanical engineering, electric engineering, computer science and control to create advanced systems with increased efficiency and functionality. It includes sub-disciplines like avionics, advanced, robotics, etc., enabling specialization in areas like mechanical equipment design or electronic component design.

With the integration of AI and automated machinery technology into mechatronic systems, this field is expected to grow significantly across industries like manufacturing, healthcare and transportation. Mechatronic engineers work on designing complex interactions between various components like sensors, actuators etc. The average salary of these engineers is higher due to the wide array of applications across numerous areas like telecom or mining. (4)

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Unit 2. Mechatronics

1.Разделить текст на смысловые части и озаглавить каждую

часть.

2.В каждой части найти и выписать предложения, которые передают основную идею.

3.Расположить предложения в последовательности, которая соответствует содержанию текста:

a) Benefits of mechatronics. b) Mechatronics in aerospace.

c) Predictions for mechatronics. d) Integration of mechatronics. e) The term “mechatronics”.

4.Ответить на вопросы по тексту:

1.Why is mechatronics an interdisciplinary field?

2.How does AI influence mechatronics?

3.What are the main fields of application of mechatronics?

5. Заполнить таблицу после прочтения текста:

6. Пересказать текст, используя диаграмму:

MECHATRONICS

subdisciplines

benefits

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