<p>A. The way we think about architecture in schools has come along way. Once, studying architecture in the art class meant learning to appreciate great buildings art-history style, through slide presentations. In recent years, though, the American Institute of Architects has fostered the idea that the process of architectural design, not just the appreciation of architecture, is a beneficial aspect of the art curriculum (Sadler, 1989).</p>
<p>A. The way we think about architecture in schools has come along way. Once, studying architecture in the art class meant learning to appreciate great buildings art-history style, through slide presentations. In recent years, though, the American Institute of Architects has fostered the idea that the process of architectural design, not just the appreciation of architecture, is a beneficial aspect of the art curriculum (Sadler, 1989).</p>
<p>B. The value of architectural design is that it is the concrete training ground for a broadly applicable creative process. Architectural training can help people design structures to meet needs. It can help farmers design crop rotations to meet needs. Furthermore, it provides hands-on experiences that reinforce learning in various other subjects, from math to social studies.</p>
<p>C. In the ongoing dialogue about architecture in the middle school art curriculum, many believe students should actually build the structures they design in their courses. Although the technology and expertise required of modern architecture can prohibit students from actually realizing their designs, traditional architectural materials and methods remain quite accessible to the art classroom. Traditional architectural materials, such as earth, clay and straw, are cheap, easy to work with and readily available. Further, when students participate in the construction or preservation of a traditional earthen structure in their local community, they engage in a form of experiential learning and they are motivated to invest in the project. This is evident in a case study of an adobe* conservation project with middle school students in the town of Zuni, New Mexico, in the Southwestern United States.</p>
<p>D. Traditional architecture reaches back to preindustrial America, when local resources and cultures produced structures in styles unique to each region. In New Mexico, examples of hand-built earthen structures still abound. The region has seen some decline in traditional architecture as industrialization has brought new building codes and materials; however, the traditional, non-industrial home, either preserved from earlier generations or newly built, remains in use. Traditional building materials and the land that supplies them are so accessible that handcrafting a house still remains feasible.</p>
<p>E. Thus, with no technical expertise and little cost, middle school students can participate in the construction or preservation of a traditional earthen structure. During the project, a student will get to know the materials, understand the chemistry, solve problems, work with classmates, and exercise muscles. The student can apply knowledge of design principles and the creative process while participating in a cooperative effort. But most significantly, this type of project-based activity motivates students to invest intellectually and emotionally in the outcome.</p>
<p>F. The town of Zuni, where I taught art, was surrounded by adobe construction, new and old. Behind our main high school building there was a one-room adobe structure which was once used for teaching. Now it served as a place where old furniture could be kept. I sent my class home with the oral history assignment to ask their family, friends and neighbors questions to find out about that building. From their research we compiled a sketchy history: it began as a kindergarten classroom; it later became an art classroom; now it was full of broken desks.</p>
Sample Questions
- Question 1: Multiple choice — choose the best description of the main argument.
- Question 2: True / False / Not Given — decide if the statement matches the text.
- Question 3: Gap-fill — complete the summary using words from the passage.
About this practice
The Cambridge IELTS Reading tests are the gold standard in IELTS preparation, used by millions of candidates worldwide. Each test contains three academic passages covering a wide range of topics, paired with question types including gap-fill, multiple choice, heading matching and True/False/Not Given. Regular practice with authentic Cambridge materials builds familiarity with the test format, improves reading speed and develops effective information retrieval strategies. IELTS Mate provides an interactive practice environment where you can track your progress and study alongside a community of IELTS learners. With over 100 Cambridge test sets available, you can practice at your own pace with a personalised learning path tailored to your target band score.
FAQ
How many question types are in Cambridge IELTS Reading?
Cambridge IELTS Reading tests feature 14 main question types: True/False/Not Given, Yes/No/Not Given, gap-fill, multiple choice, heading matching, sentence completion and table completion. Each requires different strategies.
How often should I practice Cambridge Reading tests?
Aim for 3-4 Cambridge Reading tests per week with a 60-minute time limit each. After each test, analyse every incorrect answer carefully to understand the reasoning and avoid repeating mistakes.
Which Cambridge Volume is best for beginners?
Cambridge IELTS volumes 7-10 are generally recommended for beginners. Volumes 11-19 are more challenging and better suited to candidates already scoring band 6.0 or above.