Could Urban Engineers Learn From Dance Reading Answers: IELTS Reading Practice Test with Answers

This passage explores an unexpected connection between contemporary dance and urban design. It draws on the work of choreographer Siobhan Davies and engineers at Arup to ask whether bodily, movement-based thinking can improve how cities are built and experienced. The passage is from Cambridge IELTS 11, Academic Test 3, Passage 2.

You should spend about 20 minutes on Questions 1–13, which are based on the passage below.

The passage contains two question types. True/False/Not Given covers Questions 1–6. Matching Paragraph Headings covers Questions 7–13.

Paragraph A

What do civil engineers have in common with dancers? At first glance, the answer seems to be very little. Engineers are trained to design structures that are rational, efficient, and economical. Dancers, on the other hand, seem to occupy a world of subjective experience, aesthetic judgement, and non-verbal communication. Yet there is a growing movement that suggests urban engineers can and should learn from the practice of dance. This idea may be less surprising than it seems. Both disciplines involve bodies moving through space. Engineers design spaces in which people move; dancers are themselves the moving bodies.

Paragraph B 

The argument is partly about how space is conceived. Traditional urban engineering has tended to approach the city as a problem of logistics, how to move people and goods as efficiently as possible. Roads, railways, bridges: these are optimised around flow. But critics have pointed out that efficiency-based design often produces environments that are alienating, uncomfortable, or hostile to human bodies. People do not merely travel through space; they inhabit it, feel it, and respond to it emotionally and physically. Dance, which concerns itself precisely with how the body occupies and moves through space, might offer a corrective.

Paragraph C 

One person who has explored this connection directly is the choreographer Siobhan Davies. In a series of projects with engineers from Arup, one of the world's leading design and engineering firms, Davies has argued that dancers develop an unusually refined awareness of space that engineers could benefit from. Dancers, she suggests, constantly attend to questions that engineers rarely ask: How does this space feel? Does it encourage certain movements and discourage others? What does it communicate to the body that moves through it? These are not decorative concerns. They go to the heart of what it means to design a liveable city.

Paragraph D 

The collaboration between Davies and Arup produced some striking results. In one workshop, engineers were asked to move through a building in the way a dancer might, attending not to the stated function of each space but to its sensory qualities. They noticed things they had not noticed before: the way light fell across a floor, the echo of footsteps, the sensation of warmth or cold. These observations were then translated, with difficulty, into technical language. The exercise suggested that engineers might be systematically blind to certain dimensions of the spaces they create, because their training focuses on measurable properties such as load-bearing capacity, thermal conductivity, and flow rates.

Paragraph E 

There are reasons to be sceptical, however. Dance training is long, physically demanding, and deeply embodied. It is not obvious that a few workshops will give engineers the perceptual skills that dancers develop over years of intensive practice. Critics have argued that what the collaborations actually produce is not a transfer of dance knowledge into engineering but something more modest: a temporary enlargement of engineers' attention that fades once they return to their desks. The deeper problem may be that engineering culture actively discourages the kind of open-ended, exploratory, bodily thinking that dance represents.

Paragraph F 

Supporters of the cross-disciplinary approach point to longer-term benefits. Several engineers who participated in the Arup–Davies workshops reported that their experience had permanently changed how they approached design problems. They described being more attentive to the qualitative dimensions of space, more willing to question assumptions, and more inclined to consult users, including people with physical disabilities, about how a space felt to move through. Some argued that the workshops had made them better at the core technical tasks of engineering, not just more sensitive to aesthetic concerns.

Paragraph G 

Whether or not dance training can be formally incorporated into engineering education, the broader argument has found increasing favour. Several architecture and urban design schools now include movement-based exercises in their curricula. The idea that buildings and cities should be designed with bodily experience in mind, rather than simply as problems of logistics, is no longer confined to avant-garde theorists. It is entering the mainstream of urban thinking. If engineers do begin to learn from dancers, the cities of the future might be not only more efficient but also more humane.

True/False/Not Given — Questions 1–6

Do the following statements agree with the information given in the Reading Passage? In boxes 1–6 on your answer sheet, write: TRUE if the statement agrees with the information FALSE if the statement contradicts the information NOT GIVEN if there is no information on this

1. Traditional urban engineering has tended to treat the city mainly as a logistical problem.

2. Siobhan Davies has worked exclusively with engineers from Arup.

3. Davies received formal engineering training before she began collaborating with Arup.

4. During the Arup–Davies workshop, engineers observed qualities of spaces they had not previously noticed.

5. Critics of the cross-disciplinary approach believe the workshops permanently change how engineers think.

6. Some engineers who attended the workshops said the experience made them more attentive to the views of building users, including disabled people.

Matching Paragraph Headings — Questions 7–13

The Reading Passage has seven paragraphs, A–G. Choose the correct heading for each paragraph from the list of headings below. Write the correct number, i–viii, in boxes 7–13 on your answer sheet.

List of Headings

• i. Doubts about how lasting the benefits really are
• ii. How efficiency-focused design can fail people
• iii. Evidence that the collaboration produced lasting change
• iv. A choreographer asks questions engineers overlook
• v. Dance thinking enters mainstream city design
• vi. What engineers discovered by moving differently
• vii. An unlikely shared territory
• viii. Why dance and engineering cannot truly be combined

7. Paragraph A 8. Paragraph B 9. Paragraph C 10. Paragraph D 11. Paragraph E 12. Paragraph F 13. Paragraph G