Vocabulary Presentation of machining operations used in manufacturing involving metalworking:
Listening Exercise 6a on page 24
Recording for the Listening Exercise 6a on page 24
Vocabulary Exercise 6b on page 24
Vocabulary Presentation of Machine Parts for Cutting Operations:
Exercise c on page 24
Vocabulary Presentation
Vocabulary Exercise
https://wordwall.net/es/resource/26315128/electricity-vocabulary
Listening Exercise 2c on page 22
Word formation of Adjectives
These describe quality, relation, or composition.
Meaning: related to / concerning
Meaning: full of / having the quality of
Meaning: full of / having
Meaning: without / lacking
Meaning: characterized by / full of
Meaning: related to / characteristic of
Meaning: related to / having the nature of (more formal than -ic)
Meaning: related to / connected with
Meaning: somewhat / having the quality of (often approximate)
These describe function, capability, or result of an action.
Meaning: having the quality of / tending to / causing
Meaning: capable of / able to be
Meaning: having been / affected by an action
Collaborative Online Exercise of Word formation of Adjectives Online Exercise
https://englishsmarts.com/2025/10/09/word-formation-exercise-adjectives-b1/
Individual Exercise d on page 23
Exercise 3b on page 23
Exercise 4a on page 23
Listening Exercise b on page 19
Exercise c on page 19
https://wordwall.net/es/resource/111585923
Vocabulary Presentation
Exercise 13a on page 20
Adverbs of Degree in Civil Engineering
Adverbs of degree are widely used in civil engineering communication to describe how much, how strong, or to what extent something occurs—especially when interpreting results, discussing performance, or summarizing observations.
In civil engineering writing, adverbs of degree can be arranged on a spectrum—from strong intensifiers (amplifying magnitude) to softeners (reducing or hedging the statement). This helps you control how forceful or cautious your technical language sounds.
These express very high degree or severity.
Examples:
馃憠 Use carefully—these sound strong and sometimes alarming.
Examples:
馃憠 Common in reports and analysis discussions.
These express balanced or average extent.
Examples:
馃憠 Useful when comparing conditions.
Examples:
These are used when uncertainty or approximation is involved.
Examples:
馃憠 Common in early-stage analysis or reporting.
馃憠 In civil engineering, always balance them with quantitative data:
Exercise b on page 21
Exercise d on page 21
What is this glove made of?
“Material Composition and Origin in a Civil Engineering Structure”
In civil engineering, structures such as beams, bridges, and slabs rely on composite materials to achieve strength, durability, and efficiency. Engineers must clearly describe:
This task focuses on applying correct terminology to real civil engineering items.
Choose a civil engineering structure or component that uses a composite material and deliver a presentation explaining:
You must use correct engineering language throughout.
Example:
“A reinforced concrete beam is a structural element used to support loads in buildings and bridges.”
✅ Required language:
Example:
“The beam comprises concrete and steel reinforcement. It consists of a concrete matrix and embedded steel bars.”
✅ Required language:
Example:
“The beam is made of reinforced concrete.”
✅ Required language:
Example:
“Concrete is made from cement, sand, aggregate, and water, while the steel bars are made from iron ore.”
Today I am going to present a reinforced concrete beam, which is a common civil engineering structural element. A beam is used to support loads from slabs, walls, or roofs and transfer them safely to columns or walls. This example is important because a reinforced concrete beam is a composite engineering item: it combines concrete and steel so that the two materials work together.
2. Structural Composition
The reinforced concrete beam comprises a concrete body and steel reinforcement.
It consists of concrete, longitudinal steel bars and steel stirrups
The bottom steel bars are placed in the tension zone of the beam, where tensile stresses are highest. The stirrups are placed along the beam to resist shear forces and help hold the main bars in position.
The beam is made of reinforced concrete.
4. Material Origin and Processing
The concrete is made from cement, sand, coarse aggregate and water
The steel reinforcement is made from iron ore that has been processed into steel and formed into bars.
Conversely, the beam is made of reinforced concrete.
This shows the difference between the final product and the origin of its materials.
This type of beam is used in:
It is preferred because it is strong, economical, and practical for construction.
