21.04.25 - 14.05.25 (Week 1-4)
Advanced Typography / Bachelors of Design (Hons) in Creative Media / The Design School
Task 1 - Exercise
Table Contents
- Lectures
- Instructions
- Task
- Feedback
- Reflection
- Further reading
Lecture 1: AdTypo_1
"All design is based on a structural system"
"Typographical organization is complex because the elements are dependent on communication in order to function."
"The typographic systems are akin to what architects term shape grammars. It provides a sense of purpose that focuses and directs the decision making."
(Elam, 2007)
There are eight major variations with an infinite number of permutations which are:
• Axial: Elements are organized to the left or right of a single axis (line).
• Radial: Elements are extended from a point of focus.
• Dilatational: Elements expand from a central point in a circular fashion.
• Random: Elements appear to have no specific pattern or relationship.
• Grid: A system of vertical and horizontal division.
• Transitional: An informal system of layered banding.
• Modular: A series of non-objective elements that are constructed in as a standardized unit (same size).
• Bilateral: All text is arranged symmetrically on a single axis.
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| Fig 1.1 - Typographic systems (1) |
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| Fig 1.1 - Typographic systems (2) |
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Lecture 2: AdTypo_2
- Emphasis
- Isolation
- Repetition
- Symmetry & Asymmetry
- Alignment
- Perspective
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Fig 2.1 - Rule of Thirds in typography |
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| Fig 2.2 - Grid System |
- Environmental Grid
- Use photo as reference, analysis and simplified into shapes, lines or dots, make it into key feature,
- Form and Movement
- Based on an exploration of the grid system, placement creates movement
- Create different layout, replace elements with either text, image or graphic elements.
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| Fig 2.3 - Other systems |
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Lecture 3: AdTypo_3
Context: Historical Context
Handwriting: The first mechanically produced letterforms were designed to imitate handwriting.
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| Fig 3.1 - Evolution of Latin Alphabet |
- Cuneiform 3000 BCE
- The earliest system of writing
- Result of pressing blunt end of reed stylus into a wet clay, evolved from pictographs
- written from left to right
- Hieroglyphics 2613 - 2610 BCE
- used in 3 different ways
- ideograms, to represent things they depict; determinatives, to show phonograms and give the general idea of the word; phonograms, represent sounds
- Early Greek 5th C BCE
- Phonetic alphabet consists of 22 letters
- Ox Flow: the direction of reading is not fixed, can be left to right and vice versa (letters can be flipped)
- Roman Uncials 4th C
- Letters become more rounded
- English Half Uncials 8th C
- more slanted and condensed
- Carolingian Minuscule 8 C CE (Charlemagne)
- Used for legal purposes, writing already standardized
- basis of lower case roman type
- Black Letter 12 - 15 C CE
- Gothic: artistic expression, refers to rude/barbaric cultures north of the Italian Alps
- Tight spacing, condensed to reduce cost
- Movable Type 11 - 14 C
- printing on woods, book etc in China, Korea and Japan
- China attempted first but failed because of the huge amount of characters and insufficient material used (Clay), though Korean succeeded using bronze
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| Fig 3.2 - Letter evolutions |
- Evolution of Middle Eastern
- The Phoenician letter marks a turning point
- Evolution of Chinese Script
- From Oracle bone to Seal Script to Clerical script (There is Traditional and Simplified HanZi)
- IVC Script
- Logo and symbolic, similar to Indian script
- Brahmi Script (450 - 350 BCE)
- Earliest writing system developed in India
- Influenced by temporary Semitic scripts (some cultural exchange happen)
- Pallava Script
- Oldest writing found in Southeast Asia, an Indian Script
- Pra-Nagari
- Kawi
- Sanskrit term kavya, meaning poet
- Incung
- from South Sumatra, grouping of the scripts known as Rencong ancient Gujerati,
- Incung is from Kerinci
- Rejang, Batak, Bugis, Javanese
- Jawi
- Arabic based alphabets, introduced along with Islam
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| Fig 3.3 - Eastern Letter evolutions |
- Programmers and Type Design
- More vernacular scripts produced by software giants
- More multi script typefaces - produce vernacular languages
- Mutu Nedumaran
- Huruf
- Ek Type
- Indian Type Foundry
Lecture 4: AdTypo_4_Designing Type
- Adrian Frutiger
- Designer for the Univers typeface
- Purpose: to create a font that can be read close and far
- First typeface that experience digitizing
- There is an Arabic typeface as well
- Matthew Carter (Royal Designer)
- Designer for Verdana, Georgia, Bell Centennial
- Verdana
- Purpose: extreme legible on tiny size
- Limitations: may confused between i j l
- Bell Centennial
- Was designed with Ink trap
- Robert Johnston
- Designer of Johnston Sans
- Asked to create bold simplicity typeface rooted in tradition
- Abandon serif from original font.
- Similar to Gill Sans
- Gill is Johnston's student**
- Research
- Understand type history, anatomy, conventions, and terminologies
- Determine purpose
- Study existing font (find references)
- Sketching
- Hand drawn
- Digital
- Digitalisation
- Softwares used:
- FontLab
- Glyphs
- Adobe Illustrator
- Counter-form also important for readability (negative space)
- Testing
- Refine and correct, prototype, getting feedback.
- Display type
- Focus on expressions more than the legibility
- Deploy
- Keep on testing
- Type Construction
- Roman capital: Using grids with circular form
- Consideration
- grouping the characters from different shapes and forms, according to its characteristics
- Design Type
- Intrinsic - driven by interest
- Extrinsic - commissioned or asked to design in certain purpose.
Class Sessions
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Task 1 - Exercise
Exercise 1 - Typographic Systems
The Design School,
Taylor’s University
All Ripped Up: Punk Influences on Design
or
The ABCs of Bauhaus Design Theory
or
Russian Constructivism and Graphic Design
Open Public Lectures:
June 24, 2021
Lew Pik Svonn, 9AM-10AM
Ezrena Mohd., 10AM-11AM
Suzy
Sulaiman, 11AM-12PM
June 25, 2021
Lim Whay Yin, 9AM-10AM
Fahmi Reza, 10AM-11AM
Manish
Acharia, 11AM-12PM
Lecture Theatre 12
Research
I read the Typographic Systems by Kimberly Elam briefly to understand better about the systems. Then, I continue searching for references from the book, Pinterest, and Behance. For more, research please refer to the Further Reading.
I chose All Ripped Up: Punk Influences on Design as my header for this exercise. Hence, punk means a loud, fast-moving, and aggressive form of rock music, popular in the late 1970s. The word aggressive means something strong and vibrant. From my research below (refer to Fig 1.1.1) I decided to use the color magenta because it looks playful and strong.
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| Fig 1.1.1 - Research about "Punk" |
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Fig 1.1.2 - Research of typographic systems |
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| Fig 1.1.3 - Research of typographic systems |
Progress
I made 2 design results for every systems.
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Fig 2.1.0 - Design Attempts |
Design Samples:
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| Fig 2.1.1 - Axial system |
Design 1
- Header:
- Gill Sans Bold, Gill Sans Italic
- 36pt
- Text
- Gill Sans SemiBold
- 16pt, 12pt
Design 2
- Header:
- Gill Sans Bold
- 73pt "PUNK" , 45pt
- Text
- Gill Sans Regular
- 16pt, 12pt
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| Fig 2.1.2 - Radial System |
Design 1
- Header:
- ITC New Baskerville Std Bold
- 65pt "PUNK", 36pt,
- Text
- Gill Sans Semibold
- 16pt, 12pt
Design 2
- Header:
- Futura Condensed Medium, Futura Condensed ExtraBold, Futura Medium
- 33pt, 47pt "PUNK"
- Text
- Futura
- 18pt, 12pt
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| Fig 2.1.3 - Dilatational System |
Design 1
- Header:
- ITC New Baskerville Std Bold
- 42pt "All Ripped Up", 40pt "PUNK", 32pt "Influences on Design"
- Text
- ITC New Baskerville Std Roman
- 15pt
- Gill Sans Regular
- 12pt
Design 2
- Header:
- ITC New Baskerville Std Bold
- 60pt, 46pt
- Text
- Gill Sans
- 12pt
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| Fig 2.1.4 - Random system |
Design 1
- Header:
- Bodoni 72 Bold, Futura Bold, Bembo Std Bold, ITC New Baskerville Bold
- 90pt "PUNK", 38pt, 37pt 36pt
- Text
- Gill Sans Bold, Bodoni 72 Bold, Bodoni 72 Book Italic, Futura Bold
- 17pt, 14pt
Design 2
- Header:
- Bodoni 72 Bold, Gill Sans Bold, Gill Sans Regular,
- 48pt, 32pt, 29pt
- Text
- Bodoni 72 Bold, Futura Bold, Bembo Std Bold, ITC New Baskerville Bold, Gill Sans Semibold
- 12pt, 21pt, 18pt
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| Fig 2.1.5 - Modular system |
Design 1
- Header:
- ITC New Baskerville Bold
- 76pt, 36pt
- Text
- Bodoni 72 Bold, Bodoni 72 Book Italic
- 30pt, 25pt, 16pt, 12pt,
Design 2
- Header:
- ITC New Baskerville Bold
- 76pt, 36pt
- Text
- Bodoni 72 Bold, Bodoni 72 Book Italic
- 30pt, 25pt, 16pt, 12pt,
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| Fig 2.1.6 - Grid system |
Design 1
- Header:
- Bodoni 72 Bold
- 27pt, 36pt
- Text
- Bodoni 72 Book
- 30pt, 12pt
Design 2
- Header:
- Bodoni 72 Bold
- 27pt, 36pt
- Text
- Bodoni 72 Book
- 16pt, 12pt
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| Fig 2.1.7 - Transitional system |
Design 1
- Header:
- Gils Sans UltraBold, Gill Sans Regular, Gill Sans Bold
- 65pt, 36pt, 33pt
- Text
- Gils Sans SemiBold,
- 12pt, 22pt
Design 2
- Header:
- Gils Sans SemiBold, Gils Sans Regular,
- 34pt, 25pt
- Text
- Gill Sans Regular, Gill Sans SemiBold
- 12pt
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| Fig 2.1.8 - Bilateral system |
Design 1
- Header:
- Futura Bold
- 36pt
- Text
- Futura Medium
- 12pt, 16pt, 20pt
Design 2
- Header:
- ITC New Baskerville Bold
- 60pt, 27pt
- Text
- Bodoni 72
- 14pt
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| Fig 2.2.0 - Chosen Designs |
Final
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Fig 3.1.0 - Typographic Systems Final, Week
2, jpeg (30/04/25)
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Fig 3.1.1 - Typographic Systems Final,
Axial, Week 2, jpeg (30/04/25) |
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Fig 3.1.2 - Typographic Systems Final,
Radial, Week 2, jpeg (30/04/25) |
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Fig 3.1.3 - Typographic Systems Final, Grid,
Week 2, jpeg (30/04/25) |
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Fig 3.1.4 - Typographic Systems Final,
Bilateral, Week 2, jpeg (30/04/25) |
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Fig 3.1.5 - Typographic Systems Final,
Dilatational, Week 2, jpeg (30/04/25) |
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Fig 3.1.6 - Typographic Systems Final,
Random, Week 2, jpeg (30/04/25) |
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Fig 3.1.7 - Typographic Systems Final,
Modular, Week 2, jpeg (30/04/25) |
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| Fig 3.1.8 - Typographic Systems Final, Transitional, Week 2, jpeg (30/04/25) |
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Exercise 2 - Type and Play
Exercise 2: Part 1
Finding type – Students will be asked to select an image of a man-made object (chair, glass, etc.) or structures (buildings), or something from nature (Human, landscape, leaf, plant, bush, clouds, hill, river, etc). Ensure that the image does not contain many different elements
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Fig 4.1 -
Reference
picture to be
choose. |
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| Fig 5.3 - Reference typeface |
I used ITC Baskerville as the reference for my type. I noticed that the type has a flow and curly characteristics, which suits Serif fonts because the have visibly different line-weights.
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Fig 5.4 - Progression |
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Fig 5.5 - Attempt 1 |
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| Fig 5.8 - Poster Attempt 1 |
The title could be placed in the middle because there is too much empty space. The information under is too thin and not readable.
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| Fig 5.9 - Poster Attempt 2 |
The informations under is still not too readable, need more re-adjustments. The title lack of emphasis
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| Fig 6.1.2 - Refining Process, Week 4 (14/05/25) |
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| Fig 6.1.3 - Extracted Letterform, Week 4 (14/05/25) |
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Fig 6.1.4 - Referenced Font, ITC
Baskerville, Week 4 (14/05/25) |
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Fig 6.1.5 - Final
Letterform, Week 4 (14/05/25) |
Feedback
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| Fig 3.1- Typographic Systems by Kimberly Elam |
I read this book to gain more understanding about these typographic systems before doing the task exercises. In order to execute the task properly, by reading this book, I will be given a deeper understanding on how to properly use these systems.
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| Fig 3.2 - Page 22 onwards- The Axial System |
Axial system is one of the simplest systems. When it comes to learning it, understanding the axial system must be started with organizing the message of line space and line breaks. After so, designers began to add word spacings and leading. Later on, designers will start doing experiments on shapes and unusual aligns. The Axis type is very flexible as there are a lot of types.
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Fig 3.3.1 - Page 40 onwards - Radial
System
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Each line in the radial system is anchored towards a focal point, as if its in the center of the circle. Initially, radial components occupy a huge amount of space because each line is seen as an individual element. Afterwards, experimentation begins with curved lines and arrange the spaces between lines. As further the radial system develops, designers focus on grouping lines of text and creating a hierarchy. As it is hard to see clear hierarchy in this system, changes in size and color can affect its hierarchy. Radial isn't always about circles, it can be about right angles, a square focal point; obtuse angles ,120° angle.
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| Fig 3.3 - Page 58 onwards - Dilatational System |
Designers must be aware of the content in dilatational system, as upside down letters might affect readability. Dilatational systems tends to be experimental. The work begins to focus on grouping lines of the texts and organization. Experiments done by designers will investigate multiple dilatational groups and relationships between groups. The use of alignment can help simplify this system.
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| Fig 3.4 - Page 76 onwards - Random system |
Designers quickly discover that leaving the lines of text on a horizontal baseline or only slightly angled does not fully communicate randomness. As the work progressed, designers will start begin with using multiple angles, adding elements, and overlapping lines. The angles will eventually become more dramatic as there are more overlapping lines, which reduces legibility. Afterwards, designer will push the sense of randomness to illegibility through repetition, breaking the lines to individual words.
Finding Type: A Novel Typographic Exercise
In this article, there are a lot of reference about how to do the next task, which is about Type and Play. According to the article, here are the steps we should do:
- Finding an image.
- Look for an image that is strong and has a character
- Deconstructing an image.
- Observation is needed, outline image or outline the identified shape
- Identifying letterforms.
- from the descontructed image, look for letterforms
- Extracting letterforms.
- Extract it after looking for several letters
- Identify a reference.
- have a reference typeface as a standard for this letter
- Refining letterforms.
- Introduce consistency in height, width and contrast.
- Deliberate on retaining or removing characteristics.
- Decide the areas require simplification.













































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