Electrician

Electrician

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Plumber

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Carpenter

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Mason

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Locksmith

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HVAC Technician

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Landescaper

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Trades in Construction and Maintenance

Trades in Construction and Maintenance

Electrician - Jobs

20 chapters
levelintermediate

Discover how trades in construction and maintenance build and sustain our world while boosting your English skills.

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Electrician

Read a passage about installing and maintaining electrical systems to discover the expertise that powers homes, businesses, and industries.

The World of an Electrician

1.1

When you think about an electrician, you might picture someone in a work uniform with a tool belt, working with wires and cables. Electricians are important people in our daily lives, though many of us might not realize it. They are the ones who make sure that the lights turn on when we flip the switch and that appliances work smoothly in our homes and workplaces.

電気技師について考えるとき、工具ベルトを着用した作業服を着て、電線やケーブルを扱う人を想像するかもしれません。電気技師は私たちの日常生活において重要な人々ですが、多くの人がそれに気づいていないかもしれません。彼らは、スイッチを入れたときに明かりがつき、家庭や職場で電化製品がスムーズに動作することを保証する人々です。

電気技師

What Does an Electrician Do?

1.2

Electricians are skilled tradespeople who install, maintain, and repair electrical systems. These systems include the wiring and circuits found in homes, offices, factories, and other buildings. Electricians also work on equipment like lighting fixtures and power generators. Some electricians specialize in certain areas, such as residential, commercial, or industrial work.

電気技師は、電気システムを設置、維持、修理する熟練した職人です。これらのシステムには、住宅、オフィス、工場、その他の建物にある配線や回路が含まれます。電気技師はまた、照明器具や発電機などの機器にも取り組みます。一部の電気技師は、住宅、商業、または工業作業などの特定の分野に特化しています。

1.3

Residential electricians work in homes, installing lights, outlets, and heating systems to make sure each part of the house has enough power. Commercial electricians work in office buildings, stores, and other businesses. These buildings usually need more power, so commercial wiring systems are often more complex. Industrial electricians work in factories, power plants, and other large facilities. Here, they handle higher power systems that support heavy machinery and equipment.

住宅電気工事士は住宅で作業し、照明、コンセント、暖房システムを設置して、家の各部屋が十分な電力を持つようにします。商業電気工事士はオフィスビル、店舗、その他の事業所で作業します。これらの建物は通常より多くの電力を必要とするため、商業用の配線システムはより複雑であることが多いです。工業電気工事士は工場、発電所、その他の大規模施設で作業します。ここでは、重量機械や設備を支えるより高い電力システムを扱います。

How to Become an Electrician

1.4

Becoming an electrician takes time, effort, and dedication. Most start by going to trade school to learn the basics of electrical work, like using tools and techniques safely. This training usually takes one or two years.

電気技師になるには時間、努力、そして献身が必要です。ほとんどの人は、工具や技術を安全に使用するなど、電気作業の基本を学ぶために職業訓練校に通うことから始めます。この訓練には通常1、2年かかります。

1.5

After trade school, future electricians begin an apprenticeship, which is on-the-job training. During an apprenticeship, they work under an experienced electrician, learning to do the job correctly and safely. This training can last up to four years, giving them time to gain confidence before working independently.

職業学校を卒業後、将来の電気技師は見習い期間を開始します。これは実地訓練です。見習い期間中、彼らは経験豊富な電気技師の下で働き、仕事を正しく安全に行う方法を学びます。この訓練は最大4年間続くことがあり、独立して働く前に自信をつける時間を与えます。

The Importance of Safety

1.6

Working with electricity is no walk in the park. Electricians face various dangers on the job, from electric shocks to fires. This is why safety is a big priority for every electrician. They wear protective clothing, like gloves and goggles, and use special tools to prevent accidents. Before starting any job, electricians inspect the area and turn off power sources to avoid unwanted surprises.

電気を扱う仕事は公園を散歩するようなものではありません。電気技師は、感電から火災まで、仕事で様々な危険に直面します。それが、安全がすべての電気技師にとって大きな優先事項である理由です。彼らは、手袋やゴーグルのような保護服を着用し、特別な工具を使用して事故を防ぎます。作業を開始する前に、電気技師は領域を点検し、望ましくない驚きを避けるために電源を切ります。

1.7

In addition to physical safety, electricians follow certain rules and standards, known as electrical codes. Each country has its own codes, which exist to protect both the electrician and the people who use the electrical systems. An electrician must stay up to date with these codes because they can change as technology improves. Electricians learn to expect the unexpected, keeping their eyes open and taking their time to inspect everything carefully.

物理的な安全性に加えて、電気技師は電気コードとして知られる特定のルールと基準に従います。各国には独自のコードがあり、電気技師と電気システムを使用する人々の両方を保護するために存在します。電気技師は、テクノロジーの向上に伴って変更される可能性があるため、これらのコードを最新の状態に保つ必要があります。電気技師は予期せぬことを想定し、目を開けてすべてを注意深く検査する時間を取ることを学びます。

Tools of the Trade

1.8

Electricians rely on a variety of tools to do their work. A few of the most common tools include wire cutters, screwdrivers, and voltage testers. Wire cutters help electricians cut wires to the right length, while screwdrivers let them open up equipment and tighten connections. Voltage testers are essential for checking if a wire has power.

電気技師は、仕事を行うためにさまざまなツールに依存しています。最も一般的なツールのいくつかには、ワイヤーカッター、ドライバー、電圧テスターが含まれます。ワイヤーカッターは電気技師がワイヤーを適切な長さに切るのを助け、一方ドライバーは機器を開き接続を締めることを可能にします。電圧テスターは、ワイヤーに電力が供給されているかどうかを確認するために不可欠です。

1.9

Another tool that electricians often use is a multimeter, which measures voltage, current, and resistance. It is like a Swiss army knife for electricians, combining several functions into one device. With a multimeter, an electrician can figure out if something is wrong in a circuit by spotting unusual readings, which can signal a problem. Electricians also use ladders to reach high areas and wear belts to carry their tools. Having the right tool makes the job easier and helps avoid mistakes.

電気工事士がよく使用するもう一つのツールはマルチメーターで、電圧、電流、抵抗を測定します。これは電気工事士にとってのスイスアーミーナイフのようなもので、複数の機能を1つのデバイスに統合しています。マルチメーターを使用すると、電気工事士は異常な測定値を検出することで回路に問題があるかどうかを判断でき、それが問題を示す可能性があります。電気工事士はまた、高い場所に到達するために梯子を使用し、工具を運ぶためにベルトを着用します。正しいツールを持つことで作業が容易になり、ミスを防ぐのに役立ちます。

Electricians in the Modern World

1.10

With technology changing so quickly, the work of electricians is also evolving. Today, electricians work on "smart" homes with systems that can be controlled remotely by phones or computers, including lighting, heating, and security. Electricians who work with smart technology need new skills to keep up with these devices and techniques.

テクノロジーの急速な変化に伴い、電気技師の仕事も進化しています。今日、電気技師は、照明、暖房、セキュリティを含む、電話やコンピュータで遠隔操作できるシステムを備えた「スマート」ホームで作業しています。スマートテクノロジーを扱う電気技師は、これらのデバイスや技術に追いつくために新しいスキルが必要です。

電気技師
1.11

Electricians also play a part in renewable energy projects, such as solar power. Solar panels need to be installed and connected to the electrical system in a building. This type of work requires extra training, but as the world uses more renewable energy, the demand for electricians with these skills is on the rise.

電気技師はまた、太陽光発電などの再生可能エネルギープロジェクトにも関わっています。太陽光パネルは建物の電気システムに設置され、接続される必要があります。この種の作業には追加の訓練が必要ですが、世界がより多くの再生可能エネルギーを使用するにつれて、これらのスキルを持つ電気技師への需要が高まっています。

The Skills of an Electrician

1.12

An electrician needs more than just tools to do the job well. They also need certain skills. One of the most important is problem-solving. Electrical systems can be complex, and when something goes wrong, electricians must find the cause and fix it. It is like solving a puzzle, but with wires and circuits.

電気技師は仕事をうまくやるためには、単に工具だけでは不十分です。彼らには特定のスキルも必要です。最も重要なものの一つは問題解決です。電気システムは複雑になることがあり、何か問題が起きたとき、電気技師は原因を見つけて修正しなければなりません。それはワイヤーや回路を使ったパズルを解くようなものです。

1.13

Electricians also need math skills for calculating the correct amount of electricity for different systems. For example, if they are installing lights in a new building, they need to know how much power the building can handle. Mistakes in calculations can lead to problems like circuits overheating.

電気技師は、さまざまなシステムに適した電気量を計算するためにも数学のスキルが必要です。例えば、新しい建物に照明を設置する場合、建物がどれだけの電力を扱えるかを知る必要があります。計算ミスは、回路の過熱などの問題を引き起こす可能性があります。

1.14

Good communication skills are also necessary. Electricians often work with architects and construction workers. When building a new home or office, they coordinate with these teams to make sure everything is installed correctly. Clear communication helps avoid misunderstandings and keeps the project moving smoothly.

良いコミュニケーションスキルも必要です。電気技師はしばしば建築家や建設作業員と一緒に働きます。新しい家やオフィスを建てるとき、彼らはこれらのチームと協力して、すべてが正しく設置されていることを確認します。明確なコミュニケーションは誤解を避け、プロジェクトをスムーズに進めるのに役立ちます。

Fun Fact: A Shocking Ancient Practice

1.15

Did you know that the first known use of electricity was in ancient Egypt around 2750 BCE? Egyptians used electric fish, also known as electric rays, to treat pain by placing the fish on painful areas of the body! Although this is very different from the work of modern electricians, it shows how people have been curious about electricity for thousands of years. Today, electricians use electricity in safer and more advanced ways, but it is fun to think about how it all began with a fish.

電気の最初の使用が紀元前2750年頃の古代エジプトだったことをご存知ですか?エジプト人は、電気魚としても知られる電気エイを使って、痛みのある体の部分に魚を置いて痛みを治療していました!これは現代の電気技師の仕事とは大きく異なりますが、人々が何千年もの間電気に好奇心を持ってきたことを示しています。今日、電気技師はより安全で高度な方法で電気を使用していますが、すべてが魚から始まったと考えるのは楽しいことです。

1. Electrician

1. Electrician

Trades in Construction and Maintenance


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Quiz
1.

What do electricians do during an apprenticeship?

A

Work alone to gain confidence

B

Train at a university full-time

C

Teach new electricians how to stay safe

D

Practice under an experienced electrician

2.

Match each type of electrician to where they usually work.

Residential electrician
Commercial electrician
Industrial electrician
Offices and stores
Factories and power plants
Homes and apartments
3.

Sort the following steps in the correct order to show how someone becomes an electrician. (Place them in order from first to last.)

learn by doing real jobs under supervision
begin an apprenticeship with a professional electrician
attend trade school to learn electrical basics
work independently as a trained electrician
4.

What does a multimeter help electricians do?

A

Open electrical boxes

B

Measure power, current, and resistance

C

Cut wires and shape metal

D

Protect themselves from shocks

5.

Which of the following are NOT the tools commonly used by electricians? (Choose all that apply.)

Wire cutters

Multimeter

Paintbrush

Voltage tester

Welding torch

Screwdriver

6.

Match each electrician's tool to what it is used for.

Voltage tester
Wire cutters
Multimeter
Measure voltage, current, and resistance
Check if a wire has power
Cut wires to the right length
7.

Why are math skills important for electricians?

A

To calculate materials for floors and walls

B

To fix plumbing and water systems

C

To find the best location for doors

D

To calculate how much electricity a system can handle

8.

Fill in the blanks with the correct words from the text (There are four extra options).

A person who installs and fixes electrical systems is called an

.

A tool called a

helps electricians check if a wire has power.

Electricians wear safety gear like

and goggles to avoid injury.

A

measures voltage, current, and resistance.

Some electricians now work on

homes that can be controlled by phones.

In ancient Egypt, people used electric

to treat pain.

electrician
voltage tester
gloves
multimeter
smart
fish
architecture
wire cutters
helmet
cat
9.

Complete the table about electricians' tools using the given information.

DescriptionTool

Used to test if a wire has electricity

Measures voltage, current, and resistance

Tool for cutting wires to size

Tool used to open and secure electrical components

voltage tester
multimeter
wire cutters
screwdrivers
10.

Which of the following statements about electricians are NOT true? (Choose all that apply)

Electricians help install solar panels.

All electricians only work in homes.

Electricians wear safety gear like gloves and goggles.

Electricians must follow electrical codes.

Electricians do not need to work with others.

Math is important in an electrician's job.

Electricians work with smart home systems.

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