I had actually watched this lesson quite a while ago. Back then I made a mind map after studying it, but never got around to writing proper notes. I’m filling that in now and using the chance to review the class. Since I’ve also taken several other design lessons in the meantime, some of the reflections here go a bit beyond this one class alone.
The opening idea was simple but useful: write down your questions, study with those questions in mind, and look for answers deliberately.
Those questions can come from anywhere—confusion during study, uncertainty in design practice, or repeated problems that show up while training. If your understanding of design logic feels vague, that becomes exactly what you should be looking to clarify while learning. And if you still cannot resolve it, then it is worth asking a teacher directly.
The main framework of this lesson was the so-called “three establishings”: establishing goals, establishing principles, and establishing direction. The real emphasis was on direction.
To establish direction is to define the boundary of your learning, so that practice is no longer scattered or blind. For exam preparation, that means training with a clear target. The key issue is understanding environmental space.
When reading an exam question, it helps to think like a test taker first: what exactly are you being asked to draw?
Only after identifying the drawing requirements should you go back and read the problem in detail. The first step in reading the task is usually an analysis of the overall site plan. Exam site plans now contain a great deal of information, and the important clues are often hidden inside that clutter. The task is to filter out secondary environmental factors and identify the major ones—the elements that actually need to interact with the new building. That interaction is what helps form a new spatial environment tied to your design objective.
Under the new syllabus, site design and architectural scheme design are integrated, unlike the older format in which the architectural proposal stood more independently. Because of that, design problems now feel much more comprehensive.
That also means a new building is almost never isolated from the existing elements shown on the site plan. In general, that interaction can be developed through three common approaches:
1. Orientation
A building can respond to an important node by facing it or aligning with it. Techniques such as correspondence, symmetry, balance, or rhythm can be used to echo significant elements—landmark buildings, natural scenery, or designed landscape features.
2. Enclosure
This can happen between new and existing buildings, but it can also involve the new building enclosing courtyards, historic trees, plazas, and other spatial nodes.
3. Connection
Connection can work at multiple levels. It may be a physical connection between old and new buildings, but it may also mean linking areas with related functions—for example major circulation routes, or connections between interior and exterior functions, clean and unclean zones, active and quiet areas, and so on. Once these relationships are understood, it becomes much easier to find an entry point for solving the problem quickly.
Of course, these are techniques rather than fixed formulas. Exam questions can change a lot, and almost anything is possible. Some of these ideas may not be tested directly, or the question may focus on only one of them while adding other constraints such as sunlight access, topographic level differences, setback lines, or the positioning of traffic entrances and exits.
That is why site reading should always consider the whole environment rather than isolated fragments. The interaction between building and site should be understood at the overall level, not reduced to local resemblance or superficial formal response.
If reduced to fundamentals, architectural design is largely about integrating functions. The problem is not just how to arrange rooms, but how to combine different functions organically so that people can actually use the building with ease. The goal is smooth functional flow, while the building form still needs to be aesthetically convincing.
This is also why the organization of rooms and circulation in design should remain clear and direct. Spaces and routes should be orderly rather than twisted, bent, or needlessly complicated. A distorted building may look dramatic, but it usually works against practical use, and naturally it is unlikely to score well in an exam setting.
In the exam itself, if you can properly resolve the required parts of the brief—especially the rooms emphasized in the written program and the major spaces highlighted in the bubble diagram—while also handling the placement and circulation relationships of the main functional areas, you can usually reach a passing level. Secondary rooms matter less by comparison. Even if some minor spaces end up as dark rooms or their areas are slightly off, that typically will not have a major impact on whether the scheme passes.
The grading logic is broadly similar. Reviewers also tend to move from the whole to the detail. If the large-scale massing and overall organization are not working, they are unlikely to spend much time on finer points.
Below is the mind map from this lesson:
The video itself is quite long, but the core theme is actually straightforward. Most of the length comes from unpacking the idea through different examples.