Advanced Typography | Task 1: Exercises

23/04/25 - 14/05/25 [ Week 1 - Week 4 ]

Nicco Chew Jin Xun (0366563)

Advanced Typography | Bachelor of Design (Hons) In Creative Media | Taylor's University

Tutor: Mr. Vinod


Table of contents

Task 1: Exercises [ Typographic Systems & Type & Play ] (20%)


Instructions


Lectures

[ All designs is based on a structural system ]
-  According to Elam, 2007, there are eight major variations with an infinite number of permutations .
- Typographical organization is complex as the elements are dependent on communication in order to function .
- Akin to what architects term shape grammars .
- Similar that the systems has a set of rules that is unique and provides a sense of purpose that focuses and directs the decision making .

Eight Major Variations:

Fig 1.1 - eight major variations examples from lecture 1

1. Axial System
- All elements are organised to the left / right of a single axis 
- Information divided into groups & placed in different angles on different sides of the axis
- Don't have to be straight, can be bent
- Can use multiple axises

2. Radial System
- All elements are extended from a point of focus
- All the sentence basically pointing to the point of focus

3. Dilatational System
- All elements expand from a central point in a circular fashion
- Can have multiple rings of circles with information on either sides / in line with those
- Place it in a hierarchical manner where the most important 
- Divide the information & place them on different rings [ reading rhythm ]
- Lesser important message can put in the outer range

4. Random System
- Elements appears to have no specific pattern / relationship

5. Grid System
- A system of vertical & horizontal divisions

6. Modular System
- A series of non-objective elements that are constructed in as a standardised units
- Move it around as long as it fits within a single unit

7. Transitional System
- An informal system of layered banding
- Banding means segregating information within certain bands
- Headline remains within the larger in one band 

8. Bilateral System
- All text is arranged symmetrically on a single axis
- This system is based on the exploration of an existing Grid Systems
- Developed by Mr Vinod to get students to explore the multitude of options the grid offer, to dispel the seriousness surrounding & to see turning of pages in a book as a slowed-down animation in the form that constitutes the placement of image, text & colour
- The placement of a form on a page, over many pages creates movement


[ Why is Handwriting important in the study of type / typography? ]
- The first mechanically produced letterforms were designed to directly imitate handwriting
- Handwriting would become the basis / standard for form, spacing & conventions (rules) mechanical type would try & mimic
- Shape & line of hand drawn letterforms are influenced by the tools & materials used to make them
- Sharpened bones, charcoal sticks, plant stems, brushes, feather & steel pens al contributed to the unique characteristics of the letterform

Fig 3.1 - Evolution of the Latin Alphabet

Fig 3.2 - Evolution of Middle Eastern Alphabets

Fig 3.3 - Evolution of Chinese Script

Fig 3.4 - The oldest writing found in the 'Indian' subcontinent the 
Indus Valley Civilization (IVC) script (3500-2000 BCE)

Fig 3.5 - Examples of Indus Script seals

Programmers & Type Design

Fig 3.6 - Baloo: A perfect blend of pointy paws in a coat of fur, 
an affable display typeface by Ek Type.  A multi-script typeface

- More vernacular scripts are being produced by software giants (Google)

- In their employment a great many Asian programmers and designers

- More and more vernacular and "multi-script" typefaces - a term coined by Muthu Nedumaran are being produced to cater to situations where the written matter is communicated in the vernacular script / vernacular & Latin scripts.


Local Movements & Individuals

- In Malaysia, murasu.com spear-headed by programmer and typographer Muthu Nedumaran.

- Different types of vernacular writing systems was cracked by Muthu. 

- The system is now used in mobile phones and desktops.

Huruf a local group of graphic designers interested in the localized lettering of latin & vernacular letters painted / inscribed on walls & signages are amongst the more prominent organizations digitizing & revitalizing typefaces in Malaysia.

- Ek Type and Indian Type Foundry are organizations that have done ground breaking work with the development of vernacular typefaces in India.



Week 4 : Designing Type

[ Why design another typeface? ]
-  According to Xavier Dupre, 2007, in the introduction of his typeface Malaga suggested 2 reasons :
1. Type design carries a social responsibility so one must continue to improve its legibility.
2. Type design is a form of artistic expression.

- Mr Vinod recommended us to read '21st Century Type Remake' 

Frutiger by Adrian Frutiger

 
Fig 4.1, 4.2, 4.3 - Adrian Frutiger, Univers, Frutiger

- A renowned twentieth century Swiss graphic designer


- Typeface designer & considered responsible for the advancement of typography into digital typography


- His valued contribution to typography includes the typefaces; [ Univers & Frutiger ]


- Frutiger is a sans serif typeface designed in 1968 


- Purpose: The goal of this new typeface was create a clean, distinctive & legible typeface that easy to see from both close up and far away. 


- Considerations / Limitations: letterforms needed to be recognized even in poor light conditions / when the reader was moving quickly past the sign. He tested with unfocused letters to see which letterforms could still be identified.



Verdana by Matthew Carter
Fig 4.4 -Verdana 

- The son of Harry Carter, Royal Designer for Industry, contemporary British type designer & ultimate craftsman. 

- Many of Carter's fonts were created to address specific technical challenges.


- Purpose: the font was tuned to be extremely legible even at very small sizes on the screen due in part to the popularity of the internet and electronic devices.


- Considerations / limitations: The Verdana fonts exhibit characteristics derived from the pixel rather than the pen, the brush or the chisel. Commonly confused characters, such as the lowercase i, j, l.



Johnston Sans by Edward Johnston


Fig 4.5 - Johnston Sans

- The creator of the London "Underground" typeface, which known as "Johnston Sans" (1916).


- He was asked to create a typeface with "bold simplicity".


- Purpose: London's Underground railway ordered a new typeface for its posters and signage from the calligrapher Edward Johnston. He handed over details and examples of letter shapes that would set the tone for printed text until the present day.


- Consideration / limitations: Johnston’s goal was to bring unity to the London Underground Group, where different companies shared the same rails & tunnels but used completely different signage & advertising. The result was a chaotic mix of typefaces. To solve this, Johnston designed a typeface based on the proportions of Roman capital letters, grounding it in history and traditional calligraphy. At the same time, it had a simple, elegant style that suited the modern age perfectly.



General Process of Type Design


1. Research

- We should understand type history, type anatomy, type conventions, terminologies, side-bearing, metrics & hinting while creating type.

- It is important to determine the type's purpose &what it would be used for 

[ whether the typeface is for school busses / airport signages, etc. ]

- Examine existing fonts that are presently being used for inspiration / ideas / reference / context / usage pattern / etc. 

2. Sketching

Some designers sketch their typeface using traditional tool set [ brushes pens, ink & paper ] 

- Some using digital tool sets [ Wacom ] directly into a font design software ( quicker, persistent & consistent ) but this sometimes impede the natural movement of hand strokes.


3. Digitization

- Professional software that used in the digitization of typefaces are: FontLab and Glyphs App.

- There are designers that use Adobe Illustrator to design / craft the letterforms then introduce it into the specialized font apps. However, this is frowned upon by purists. 

- Attention should be given not only to the overall form but also to the counterform, as it plays a crucial role in the readability of the typeface.


4. Testing

- An important component in the design thinking process.

- The results of the testing is part of the process of refining and correcting aspects of the typeface. 

- Prototyping is also part of the testing process & leads to important feedback.

- Depending on the typeface category ( display type / text typ ) the readability & legibility of the typeface becomes an important consideration.


5. Deploy

There are always teething problems that did not come to the fore during prototyping & testing phases. 

- Thus, the task of revision doesn't end upon deployment. The rigour of the testing is important in so that the teething issue remain minor.



Typeface Construction


Fig 4.6 - Construction grid for Roman Capital using 8*8 cells


Roman Capital

- The grid is made up of a square with a circle inside it, touching the lines of the square in four places. - Within this square, there’s also a rectangle which is three-quarters the size of the square and positioned in the centre of the square.


- Using grids ( with circular forms ) can help guide the construction of letterforms and serves as a useful method to build / create / design your letterform.



Constructions & Considerations


Fig 4.7 - Classification according to form & construction

- 26 characters of the alphabet can be arranged into groups, whereby a distinction is made between a group for the capitals & a group for lowercase letters.


Fig 4.8 - Fitting

- Many different forms & constructions must be taken into account when designing a new type. An important visual correction is the extrusion of curved forms past the baseline and cap line. This also applies to vertical alignment between curved & straight forms.


- A visual correction is also needed for the distance between letters. It is not possible to simply place letters next to each other with equal spacing between them. The letters must be altered to a uniform

'visual' white space. This means that the white space between the letters should appear the same which is called 'fitting' the type.


Fig 4.9 - The letters 'c' & 'e'



Why Typefaces Are Designed: Motivation & Meaning


Most typefaces are created due to a need / demand

The need / motivation can be intrinsic and extrinsic.


- Intrinsic: The designer driven by personal desire to design a typeface. It is also possible that the designer identifies a problem and thus endeavors to solve it through design of typeface.


- Extrinsic: The designer's motivation arises from external demands [ commissions / assignment ] to complete that involves designing a typeface.


- For a design to be successful, the designer needs to be invested in the idea & understand the requirement / limitations / use / stakeholder.



Task 1 / Exercises [ 20%]

The exercises are as follows:

1. 8 Typographic Systems ( 1 week )

  • Axial, Radial, Dilatational, Random, Grid, Modular, Transitional & Bilateral
  • - For this task, we had to design 8 typographic systems poster layout in Adobe InDesign only 
    [ 200 x 200mm ]

2. Type & Play Part 1 & 2 ( 2 week )
  • 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). 
  • Analyse, dissect and identify potential letterforms within the dissected image. The forms would be explored and ultimately digitized. Minimum 5 different letterforms need to be extracted from the image.
  • Upon completing the letterforms, combine the letterforms with an image that is the basis of the extracted letters which is a square movie poster


Exercise 1: Typographic System

- For this task, we had to design 8 typographic systems poster layout in Adobe InDesign only 
[ 200 x 200mm ]

- In addition to black, we can use other colour. Limited graphical elements (line, dot, etc.) can be used.

 Explore the 8 systems using the following content : 

The Design School, 
Taylor’s University   

All Ripped Up: Punk Influences on Design
/
The ABCs of Bauhaus Design Theory [ I choose this ]
/
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


  Exploration of Axial System:  
I began with the Axial System, placing elements along a single central axis. Text is aligned to either side of this line, creating a structured but flexible layout. This system gave the page a clear direction and movement.

Font used: Bodoni 72
Fig 5.1 - Axial System progress screenshot, week 1


  Exploration of Radial System:  
For the Radial System, I arranged the text to radiate from a central point. I experimented with curve direction and word flow to create a sense of movement. The result felt more dynamic and energetic compared to the Grid layout, guiding the viewer’s eye outward in a circular motion.

Font used: Futura
Fig 5.2 - Radial System progress screenshot, week 1


  Exploration of Transitional System:  
For the Transitional System, I allowed the text to flow more freely across the page, creating visual bridges from one area to another. The alignment shifts gradually, which creates a natural reading flow while maintaining balance. This layout felt expressive and narrative, guiding the viewer without rigid structure.

Font Used: ITC New Baskerville Std 
Fig 5.3 - Transitional System progress screenshot, week 1


  Exploration of Dilatational System:  
In the Dilatational System, I arranged text along expanding circular paths. This approach adds a sense of expansion and openness. It took some time to balance spacing and legibility while maintaining the circular growth, but it helped me understand how type can express tension and release through motion.

Font Used: ITC New Baskerville Std & Futura
Fig 5.4 - Dilatational System progress screenshot, week 1


  Exploration of Random System:  
This system was the most playful and experimental. I scattered text across the canvas in seemingly unstructured ways, while still maintaining a sense of visual logic. Overlapping, rotation, and varying type sizes were used to create tension and energy. It was fun to break the rules and discover visual interest in chaos.

Font Used: Univers LT Std, Impact, ITC New Baskerville Std, Bodoni 72, Futura, Gill Sans Std
Fig 5.5 - Random System progress screenshot, week 1


  Exploration of Grid System:  
For the Grid System, I establish a strong foundation in alignment and hierarchy. I used a clear column structure and aligned all text elements consistently. This approach gave the layout a formal and professional look. The content feels organized and easy to follow, with balanced use of white space.

Font Used: Bodoni 72

Fig 5.6 - Grid System progress screenshot, week 1


  Exploration of Modular System:  
Using the Modular System, I created square/rectangular blocks for each piece of information. The layout was based on repeating units, which gave the design a strict, systematic appearance. It was challenging to fit everything into modules without breaking the visual consistency, but it taught me to work within strict limitations.

Font Used: Futura

Fig 5.7 - Modular System progress screenshot, week 1


  Exploration of Bilateral System:  
I used the Bilateral System to create symmetry along a central vertical axis. This resulted in a formal, balanced composition. The challenge was to keep both sides visually equal without feeling static. Adjusting type sizes and line lengths helped me maintain harmony.

Font Used: ITC New Baskerville Std
Fig 5.8 - Bilateral System progress screenshot, week 1

 

Final Outcome

Fig 5.9 - Final Grid System (JPEG), week 1

Fig 5.10 - Final Radial System (JPEG), week 1

Fig 5.11 - Final Transitional System (JPEG), week 1

Fig 5.12 - Final Modular System (JPEG), week 1

Fig 5.13 - Final Dilatational System (JPEG), week 1

Fig 5.14 - Final Bilateral System (JPEG), week 1

Fig 5.15 - Final Random System (JPEG), week 1

Fig 5.16 - Final Axial System (JPEG), week 1


Fig 5.17 - Final 8 Typographic Systems (JPEG), week 1

Fig 5.18 - Final 8 Typographic Systems without grids (PDF), week 1

Fig 5.19 - Final 8 Typographic Systems with grids (PDF), week 1


Exercise 2: Type & Play [ Part 1 ]

- For this task, we 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). 

- Then, we had to analyse, dissect and identify potential letterforms within the dissected image. The forms would be explored and ultimately digitized. Minimum 5 different letterforms need to be extracted from the image.

Reference images from Pinterest
Fig 6.1, 6.2, 6.,3 - Reference images of tree branches, Week 3 


Final type & play image taken by me in Penang

Fig 6.4 - Type & Play image of tree branches, Week 3 

Tracing & Extracting letterforms in Adobe Illustrator

Fig 6.5 - Tracing letterforms of tree branches, Week 3 

Fig 6.6 - Tracing letterforms of tree branches, Week 3 

Fig 6.7 - Initial extracted letterforms of tree branches (JPEG), Week 3 

Fig 6.8 - Final extracted letterforms of tree branches (JPEG), Week 3 

Fig 6.9 - Reference Font - Oriya MN (JPEG), Week 3 

Fig 6.11 - Compiled Process board (JPEG), Week 3 

Fig 6.11 - Overall Refining Process (JPEG), Week 3 

Final Outcome


Fig 6.12 - Final type & play letter compilation (PDF), Week 3 (05/05/2025)


Fig 6.13 - Final type & play letter compilation (PDF), Week 3 (05/05/2025)


Exercise 2: Type & Play [ Part 2 ]

- For this task, we have to combine the letterforms with an image that is the basis of the extracted
letters. The objective is to enhance & support the interplay between the letterforms and the selected visual. The text must be woven into a symbiotic relationship with the image. 

- Make a movie poster showcasing our final letterforms with the background image as the object we chose for reference [ 1024px x 1024px - export JPG 300ppi ]

Inspirations

Since my letters is extracted from tree branches, so I looked up images of tree branches for inspirations. My concept was to create a black and white movie poster to emphasize the raw textures and intricate details of the branches without the distraction of color. It also allowed the poster to convey a more dramatic, moody, and cinematic feel that almost like an old noir film or an arthouse horror poster.

Fig 7.1 - Inspirations from Pinterest, Week 3 (10/05/2025)

Chosen Background

Fig 7.2 - Chosen background from Unsplash, Week 3 (10/05/2025)


Progress of poster design in Adobe Illustrator

Whenever I observe movie posters, I often find myself deeply drawn to the way the text is arranged as the typography always catches my eye. However, I often struggle with how to design an attractive layout myself, and I'm also unsure about what kind of content to include in the poster.

To tackle this, I started researching on Google and collected several movie posters with typography styles that I personally like. These references serve as my visual inspiration and help guide me in understanding different ways text can complement a movie poster’s overall design.

Fig 7.3 - Visual inspiration of typography layout from google, Week 3 (10/05/2025)

After gathering references, I decided to try creating my own layout using the inspiration I had collected as a guide. I started playing around with font size, spacing, alignment, and placement to see what kind of composition would work best for a movie poster。 It was a trial-and-error process, but it helped me better understand how typography can create mood, hierarchy, and visual balance in a design.

Fig 7.4 - Progress of poster design in Adobe Illustrator, Week 3 (10/05/2025)

Fig 7.5 - Progress of poster design in Adobe Illustrator, Week 3 (10/05/2025)

Fig 7.6 - Progress of poster design in Adobe Illustrator, Week 3 (10/05/2025)

Final Outcome

Fig 7.7 -Final Movie Poster (JPEG), Week 3 (08/05/2025)

Fig 7.8 - Final Movie Poster (PDF), Week 3 (08/05/2025)


Feedback

Week 1 [ 23/04/25 ]

  General Feedback:  

I was unable to join week 1 class physically due to urgent matters.


  Specific Feedback:  
I was unable to join week 1 class physically due to urgent matters.

Week 2 [ 30/04/25 ]

  General Feedback:  
Mr Vinod gave feedback to our works and mentioned about margins space is critical, we should focus on text, don't make it too graphic. Besides, text informations has to be visible.


  Specific Feedback:  
-

Week 3 [ 07/05/25 ]

  General Feedback:    

Mr Vinod gave feedbacks to our works and teach us several key techniques for design work: using Shift to delete unnecessary points without altering the shape, and using the Brush Tool to add detailed strokes. Once a pattern is formed, we can use Object > Path > Outline Stroke followed by Compound Path to overlay it. For movie posters, logos should be Image Traced (with optional color adjustments), and big titles can be designed in Photoshop, while the overall layout should be completed in Adobe Illustrator.


  Specific Feedback:                                    
Mr Vinod said overall is ok but have to make sure that all the letters should be in the same thickness so letters F, A & Y should make changes and move on to make movie poster.

Week 4 [ 14/05/25 ]

  General Feedback:  

Mr Vinod gave feedback to our movie poster works and told us that the title should interact / play with the background, making the text feel integrated with the imagery.


  Specific Feedback:  

He is fine with the overall composition & colours however he did mentions that the text and the background feel like separated. It would be great if try to have some form of subtle effects [ transparency / blending mode / multiply effects (fx) ]


Reflection

  Observation  
Working on this project pushed me to explore a more instinctive and expressive side of typography.     Inspired by raw natural elements like branches, bones, and shadows, I shaped the letter “F, A, N, C, Y" to feel untamed and organic. At first, the composition felt flat, even though I liked the contrast between the sharp form and the textured background. The effect created depth, suggesting cracks of light between jagged edges, and gave the design a more immersive, atmospheric feel. It reinforced how powerful small, intentional tweaks can be in amplifying both meaning and mood.

  Findings  
This task allowed me to explore type design in a way that felt deeply personal and expressive.  I began by deconstructing the letter "N" into something more raw and organic by taking inspiration from natural forms like twisted branches, bones, and sharp shadows. The process wasn’t just about shaping a letter;  it was about creating a mood and personality through form. Initially, I struggled with making the design feel integrated into the overall composition.  While the contrast between the type and the background worked visually, something still felt detached. It wasn’t until I applied Mr. Vinod’s suggestion, thaN everything started to connect. 

  Experiences  
Through this project, I discovered how subtle refinements like light, shadow, and texture can completely shift the tone of a design. More importantly, I learned that typography can carry emotion, tension, and storytelling, even through a single letterform. It taught me to trust experimentation and to pay attention to the smaller visual decisions that make a big impact in the final outcome. 


Further Reading

1. 'Typographic Systems' by Kimberley Elam

Fig 8.1 - 'Typographic Systems' by Kimberley Elam, 2007 (Week 1)

Kimberly Elam is a distinguished American graphic designer, educator, and author renowned for her influential contributions to design education and visual communication. She currently serves as the chair of the Graphic + Interactive Communication Department at the Ringling College of Art and Design in Sarasota, Florida, a position she has held since 1990.

Key Takeaways from the book: 

1. Eight Major Typographic Systems

Axial – Elements arranged along a single or multiple axes.
Radial – Type radiates from a central point.
Dilational – Type expands in concentric circles
Random – Apparent disorder; type placed unpredictably but with design intent.
Grid – Type aligned to a modular grid for consistency and clarity.
Modular – Elements use a consistent module/unit to build structure.
Transitional – Fluid shifting between structures; bridges different systems.
Bilateral – Symmetrical layout with a central axis (left/right mirrored).

2. Structure as foundation
  • Systems help designers build clarity and coherence in layouts.
  • Even the most expressive or chaotic-looking designs often rely on an underlying structure.

3. Hierarchy & Emphasis

  • Systems create visual hierarchy, guiding how a reader navigates content.
  • Use scale, weight, alignment, and contrast to emphasize information.

4. Form & Counterform

  • Positive (form) and negative space (counterform) are equally important.
  • Good typographic systems maintain a balance between type and space.


2. Kreatif Beats - Finding Type: A Novel Typographic Exercise

'Finding Type' Mr. Vinod, 2023 ( Week 2 )

The article 'Finding Type: A Novel Typographic Exercise' by Mr. Vinod outlines a creative and educational approach to type design, where students are guided through a six-step process to extract and refine letterforms from visual elements within images. The exercise encourages observation, conceptual thinking, and experimentation. By analyzing and deconstructing chosen images, identifying potential letterforms, and refining them using reference typefaces, students gain hands-on experience in developing custom typographic systems. This method not only enhances our design thinking but also bridges theoretical knowledge with practical, real-world application.


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