OPEN VCS: Equipment for Visual Close Study in Digital Models

Introduction

I want to show you something about how we think, study, and learn about our projects as we develop and build them in the architecture, engineering, and construction (AEC) industry, as well as in other industries, such as manufacturing and shipbuilding. If you work in these fields, I hope this document describes something you're familiar with but may have never articulated. If you don't work in these fields but are curious, I hope you enjoy reading this.

How do we learn, in any field?

In general, the question is how we engage with any field of knowledge, how we learn, how we think, and how we acquire our understanding of any domain.

Voice narration of this intro section, 17 min.

To begin, let’s consider the learning process. When we approach any field—be it physics, history, or literature—the first step often resembles running around the field, getting an overview rather than a deep understanding. We initially recognize that we’ve entered a field of knowledge with many components. However, this "overview reconnaissance" does not equate to comprehension or mastery. In fact, it is typically just recognizing that a field exists, often with vague boundaries.

Once we identify a field we want to learn about, we "dive in" and focus on specific areas for deeper exploration. We engage in detailed study, looking closely at aspects that attract our interest. For instance, when studying physics, one might focus on a notable physicist and their contributions, such as Isaac Newton’s theories regarding gravity.

This cycle of overview and deep study is essential. As we conduct close studies, we begin to perceive the field more clearly, linking complex interrelations and gaining a deeper understanding over time.

Learning as you go, while developing an AEC project

This field traditionally encompasses architecture, engineering, and construction, expanding to areas like shipbuilding and aircraft design. Projects start from nothing—concepts evolve into designs, leading to actual constructions. Understanding a project often feels overwhelming due to its complexity and breadth. We can't fully grasp every aspect immediately.

Instead, comprehension develops through an interplay between our growing awareness of the project as it evolves and our acts of visual close study of narrower regions within that field. This engagement fosters understanding and drives the project forward.

Visual Close Study (V.C.S.) within the FIELD of a project

Visual Close Study (V.C.S.) represents a structured way to engage with a project. For example, a specific sheet of technical drawings can serve as an effective lens through which one visualizes various elements of the project while engaging in deep study. These drawings help clarify the model being developed and provide essential information on the arrangement and integration of different components.

FACTS

  1. The digital model alone lacks meaning without a well-formed mental model.
  2. Understanding complex models often exceeds what any individual can grasp due to their scope.
  3. Evaluation requires sustained engagements with visual close studies, taking care to identify omissions or fit issues within the model.

A Systematic Framework for Visual Engagement with Models

The Primary Functions of Technical Drawing

  1. To express visual close study (V.C.S.) articulately.
  2. To evaluate models physically for accuracy and completeness.
  3. To conclude with affirmations regarding quality and accountability.
  4. To serve as a mental engine of thought, facilitating comprehension through interplay.
  5. To draw attention to critical aspects of the model that must not be overlooked.

A Proposal for OPEN V.C.S.

In light of the challenges faced, I propose the concept of OPEN V.C.S., intending to enhance the tools available for visual close study across different modeling platforms. The goal is to improve accessibility and functionality for all users engaged in AEC endeavors, providing them with robust equipment for evaluation and interpretation of complex models.

For those interested in collaborating to shape what OPEN V.C.S. should be, additional information and a proposal are available. This invitation is open to everyone who desires improved tools in their modeling software, underscoring the importance of better engagement and understanding in construction and maintenance of complex facilities.