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Christian > Automation Engineering > Flashcards

Automation Engineering Flashcards

1
Q

The use of control systems and technology to streamline processes without human intervention.

A

Automation

Example: Automation in manufacturing has significantly increased efficiency and reduced errors.

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2
Q

The branch of technology that deals with the design, construction, operation, and application of robots.

A

Robotics

Example: Robotics has revolutionized industries such as healthcare and agriculture.

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3
Q

The simulation of human intelligence processes by machines, especially computer systems.

A

Artificial Intelligence (AI):

Example: AI-powered chatbots are becoming increasingly common in customer service.

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4
Q

Systems that manage, command, direct, or regulate the behavior of other devices or systems.

A

Control Systems

Example: Control systems are crucial in maintaining stability in complex automated processes.

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5
Q

The ability to accomplish a task with minimal waste of time, effort, or resources.

A

Efficiency

Example: Automation improves efficiency by streamlining repetitive tasks.

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6
Q

The process of combining different systems, technologies, or components into a unified whole.

A

Integration

Example: The integration of automation and data analytics has transformed decision-making processes.

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7
Q

The action of making the best or most effective use of a situation or resource.

A

Optimization

Example: Automation engineering focuses on optimizing processes for maximum productivity.

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8
Q

The introduction of new ideas, methods, or technologies.

A

Innovation

Example: The automotive industry is constantly pushing the boundaries of innovation in automation.

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9
Q

Operated by largely automatic equipment, especially computerized systems.

A

Automated

Example: The factory has switched to automated production lines for faster output.

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10
Q

Relating to or characteristic of robots or automated technology.

A

Robotic

Example: Robotic arms are commonly used in assembly lines for precise tasks.

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11
Q

Made or produced by human beings rather than occurring naturally.

A

Artificial

Example: Artificial intelligence algorithms can analyze vast amounts of data.

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12
Q

Achieving maximum productivity with minimum wasted effort or expense.

A

Efficient

Example: Automation leads to more efficient use of resources.

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13
Q

Combined or coordinated into a unified whole.

A

Integrated

Example: The integrated automation system controls both manufacturing and distribution processes.

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14
Q

Introducing new ideas; original and creative in thinking.

A

Innovative

Example: The company’s innovative approach to automation has set new standards in the industry.

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15
Q

Made more efficient by simplifying or removing unnecessary steps.

A

Streamlined

Example: The new software has streamlined our inventory management process.

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16
Q

Capable of adjusting to new conditions or changes.

A

Adaptive

Example: Adaptive control systems improve performance in dynamic environments.

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17
Q

To make the best or most effective use of a situation, opportunity, or resource.

A

Optimize

Example: Our goal is to optimize production through automation.

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18
Q

To combine or incorporate into a unified whole.

A

Integrate

Example: The new software seamlessly integrates with existing systems.

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19
Q

To introduce new methods, ideas, or products.

A

Innovate

Example: The company is constantly innovating to stay ahead of the competition.

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20
Q

To put a decision, plan, agreement, etc. into effect.

A

Implement

Example: The team will implement the new automation strategy next month.

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21
Q

To make a process more efficient by removing unnecessary steps or complications.

A

Streamline

Example: We need to streamline our customer support system for faster response times.

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22
Q

To adjust or modify to fit new circumstances.

A

Adapt

Example: The software can adapt to changes in user preferences.

23
Q

To improve the quality, value, or attractiveness of something.

A

Enhance

Example: Automation enhances productivity by reducing manual labor.

24
Q

In a manner that is controlled or operated without human intervention.

A

Automatically

Example: Orders are processed automatically as soon as they are received.

25
Q

In a way that is adaptable or able to change easily according to circumstances.

A

Flexibly

Example: The software can be configured flexibly to meet different business needs.

26
Q

To perform or execute a task or process.

A

Carry out

Example: The team will carry out the automation of inventory management next week.

27
Q

To introduce or implement gradually over a period of time.

A

Phase in

Example: The company plans to phase in automation across all departments.

28
Q

To introduce or implement something on a wide scale.

A

Roll out

Example: The company will roll out automation initiatives company-wide next quarter.

29
Q

To increase the size, scope, or capacity of automation processes.

A

Scale up

Example: The goal is to scale up automation to handle higher production volumes.

30
Q

Refers to the process of replacing human labor with automation.

A

Automate away

Example: Many fear that automation will automate away low-skilled jobs.

31
Q

Knowledgeable about or proficient in using technology.

A

Tech-savvy

Example: The younger generation is generally more tech-savvy than the older generation.

32
Q

Refers to the latest, most advanced technological innovations.

A

Cutting-edge technology

Example: The company prides itself on using cutting-edge technology in its automation processes.

33
Q

To remain innovative and ahead of competitors.

A

Stay ahead of the curve

Example: Investing in automation helps companies stay ahead of the curve in a rapidly evolving market.

34
Q

Something that represents the direction or trend of future developments.

A

The wave of the future

Example: Automation is often regarded as the wave of the future in many industries.

35
Q

To allow a process or system to operate automatically without constant supervision.

A

Put on autopilot

Example: With the new software, we can put the entire production line on autopilot.

36
Q

To start something with maximum effort and enthusiasm.

A

Hit the ground running

Example: After implementing automation, the company hit the ground running with increased productivity.

37
Q

The basic or practical aspects of a situation or process.

A

The nuts and bolts

Example: Let’s focus on the nuts and bolts of automation implementation before discussing advanced features.

38
Q

The process of converting information into a digital format.

A

Digitization

Example: Digitization of records has enabled easier access and analysis of data in automation systems.

39
Q

The state or quality of being interconnected or interconnectedness.

A

Interconnectivity

Example: The internet of things (IoT) relies on the interconnectivity of devices for automated communication.

40
Q

The process of analyzing raw data to extract meaningful insights and make informed decisions.

A

Data analytics

Example: Data analytics plays a crucial role in optimizing automation processes by identifying patterns and trends.

41
Q

The quality of being precise or accurate, especially in technical or scientific contexts.

A

Precision

Example: Precision engineering is essential in the design of automated machinery for consistent performance.

42
Q

The process of establishing a standard or set of standards for uniformity and consistency

A

Standardization

Example: Standardization of processes ensures interoperability and efficiency in automation systems.

43
Q

Measures taken to protect computer systems, networks, and data from unauthorized access or cyberattacks.

A

Cybersecurity

Example: With the rise of automation, cybersecurity has become a paramount concern for safeguarding sensitive information.

44
Q

Relating to or using signals or information represented by discrete values (digits) rather than by continuous ranges.

A

Digital

Example: Digital automation systems offer greater flexibility and scalability compared to analog counterparts.

45
Q

Linked or connected with each other.

A

Interconnected

Example: Interconnected devices form the backbone of smart automation networks.

46
Q

Relating to or using analysis or logical reasoning.

A

Analytical

Example: Analytical tools are employed to optimize automation processes based on data-driven insights.

47
Q

Exact, accurate, or careful in details.

A

Precise

Example: Precise control mechanisms ensure the accuracy of automated manufacturing processes.

48
Q

Conforming to a standard or set of standards.

A

Standardized

Example: Standardized protocols facilitate interoperability between different automation systems.

49
Q

Free from danger, risk, or threat.

A

Secure

Example: Secure communication protocols are essential for protecting data in automated systems.

50
Q

To convert analog information into digital format

A

Digitize

Example: The company aims to digitize its records for easier access and automation.

51
Q

To link or join together.

A

Connect

Example: The sensors connect to the central control unit for automated monitoring.

52
Q

To protect against unauthorized access or cyber threats.

A

Secure:

Example: The IT department works to secure the company’s automated systems from cyberattacks.

53
Q
A

Christian (8 decks)

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