·
5 to 6 hours
HD·ID·04 Advanced

Diagrammatic & Schematic Design

Drawing processes and systems, not just objects.

Diagrams and schematics represent processes, relationships, and systems that have no natural visual form, flowcharts, network diagrams, transit maps. This course covers the conventions that make an abstract diagram readable and the trade-offs between geographic accuracy and schematic clarity.

In Development

This course's full module content is being written. The outline below is final, subscribe for updates when it publishes.

LEARNING OUTCOMES

  1. 01 Distinguish a diagram's purpose from a literal, geographically accurate representation
  2. 02 Apply standard flowchart and process-diagram conventions consistently
  3. 03 Design a schematic (transit-map style) representation that trades geographic accuracy for clarity
  4. 04 Represent relationships and hierarchies using network and tree diagrams appropriately
  5. 05 Evaluate whether a diagram's abstraction level suits its intended audience
01

What a Diagram Is For

A diagram's job is to reveal structure and relationship that a literal picture or a page of prose would obscure, abstraction is the tool, not a shortcut.
01 ▶ present
02

Flowchart & Process Diagram Conventions

Standard flowchart shapes and conventions exist so that a diagram can be read correctly by someone who has never seen this specific process before.
02 ▶ present
03

The Schematic Trade-off: Accuracy vs. Clarity

The classic transit map deliberately distorts geographic accuracy to maximise legibility of connections, a trade-off every schematic designer must make deliberately, not by accident.
03 ▶ present
04

Network & Tree Diagrams

Network diagrams show non-hierarchical relationships; tree diagrams show hierarchy and lineage, using the wrong structure misrepresents the underlying relationship.
04 ▶ present
05

Labelling & Annotation Density

Every label added to a diagram is a trade-off between completeness and legibility, over-labelling a diagram can make it as unreadable as under-labelling it.
05 ▶ present
06

Matching Abstraction to Audience

An engineer and a first-time user need different levels of diagrammatic abstraction for the same system, one diagram rarely serves both audiences equally well.
06 ▶ present