Advanced Typography | Task 3 | Type Exploration and Application
Taylor's University
Shubashini a/p Subramaniam / 0367697 / Bachelor of Design (Hons) in Creative Media/
Advanced Typography (GCD61004)
Task 3 - ( Type Exploration and Application )
Table of Content :
1. Lectures
2. Module Information Booklet
3. Task 3
Lectures
For Other Lectures, please refer to Task 1 Blog: Lectures
Module Information Booklet :
Task 3
1. Create a New Font: Design a font that solves a problem or contributes to a solution in your area of interest (graphic design, animation, etc.). Deliverable: a complete font (.ttf) with applications.
2. Improve an Existing Letterform: Study an existing letterform, identify improvements, and create a new version. Deliverable: a complete font (.ttf) with applications.
3. Experiment: Conduct a unique experiment with typography (e.g., 3D materials, digital augmentation, edible materials, etc.). Deliverable: defined by the student.
Our final product should be a complete generated font (.ttf) with applications.
(Week 9)
![]() |
| Figure 1, Lucida Font Variants, Week 9 |
(Week 10)
![]() | |
|
![]() | |
|
(Week 11)
![]() |
| Figure 5, Elements making up the Numbers created in Illustrator, Week 11 |
![]() | |
|
![]() |
| Figure 7, Second variant of the parenthesis, Week 11 |
![]() |
| Figure 8, Testing out Uppercase, lowercase, numbers and punctuations together Week 11 |
![]() |
| Figure 9, Testing out Complicated word Week 11 |
![]() |
| Figure 10, Screenshot of Youtube Vide Week 12 |
![]() |
| Figure 11, Setting up ascender, descender and baseline height in Fontforge Week 12 |
![]() |
| Figure 12, Adding kerning to the letters Week 12 |
![]() |
| Figure 13, Colour Palette, Week 13 |
![]() | |
|
![]() | |
|
![]() | |
|
![]() | |
|
![]() | |
|
Final Work Submission Task 3
![]() | |
|
![]() | ||
|
![]() | ||
|
![]() | ||
|
![]() | ||
|
![]() |
| Figure 17.1 Font Application 1 - Soda Cans (13/07/2025) |
|
|
Feedback
Week 9:
General : We showed our proposal slides to sir and he helped us pick the must suitable one. He reminded us to use grids when creating our fonts.
Specific : Sir said I should go with my Dyslexic Font Idea since it seeems the most interesting. Since I know someone who had dyslexic he said to test the font with them and see if they find it readable or not.
Week 10:
General : Sir mentioned we have to finish our uppercase letterform by today in class and get his approval.
Specific : He mentioned my font is too stereotypical but I should continue on since I like it. He also mentioned its better if I stick with making it an unicase font since it's very readable already. He mentioned my number 0 was too big and similar looking to my O uppercase. He asked me to adjust my lowercase as ' o s m e o f ' it doesn't haave the same consistensy as the rest.
Week 11:
General : Sir mentioned we have to finish our lowercase, number and punctutions today as we have to transfer it to FontLab by Next Week. He mentioned using other fonts as reference to the sizing of our punctuations and reminder to usse a 1000px height artboards
Specific : He asked me to fix my parrenthesis "()" as it didnt look like that and once I was done to show him. After showing he told me to start creating words to see how the font works and looks besides each other.
Week 12:
General : Absent
Specific : Absent
Week 13:
General :
Specific :
Reflection
Experience:
Creating a font for dyslexic readers was both challenging and rewarding. It quickly became the most time-consuming project I’ve worked on. I underestimated how much effort would go into refining each letterform and ensuring readability. Managing kerning, alignment, and stroke consistency across the entire set was especially demanding. My time management wasn’t perfect, I often rushed to meet weekly deadlines, but I truly enjoyed applying the font across various design mediums. That part of the process felt more fluid and satisfying.
Observations:
Designing for dyslexia requires more than just creativity, it demands precision and user empathy. I noticed that even small differences in letter shapes can greatly affect readability. Fonts designed for accessibility need to remain functional across platforms, whether in digital spaces, storybooks, or product labels. This project reminded me that typography isn’t just about how text looks, it influences how it’s understood and experienced.
Findings:
Through this project, I discovered that type design goes far beyond aesthetics. Designing for dyslexia required me to focus on functionality, avoiding symmetry that could confuse readers, emphasizing heavier descenders and ascenders, and distinguishing similar letterforms like "b" and "d" or "p" and "q." Simplification and clarity became essential without making the design look too plain or clinical.
I learned to rely on design software like Illustrator for shaping the forms and FontForge for technical refinement, such as kerning and baseline alignment. These tools helped ensure the font behaved consistently, whether in body text or display settings. One of the biggest challenges was maintaining equal stroke weight across both uppercase and lowercase letters, which taught me the importance of using grids and guides throughout the design process.
Above all, I’ve come to appreciate how even the smallest design flaw can disrupt the reading experience, especially for those with dyslexia. It takes immense patience, precision, and empathy to create a typeface that doesn’t just look good but works well for those who need it most.
Further Reading :
![]() |
| Figure 20, Cover of design type (13/07/2025) |
The side-by-side comparisons and visuals made the technical parts easier to grasp, and I appreciated how the book balanced theory with practical insight. It deepened my appreciation for type design and showed me how even small changes can impact readability and overall tone.
This book is definitely a resource I’ll keep revisiting as I continue designing fonts.
![]() | |
|
The article offers a clear and thoughtful look into designing a dyslexia-friendly font. I appreciated how the writer grounded their design in research, especially the study that found Verdana more effective than OpenDyslexic. The process from initial drafts to the final font showed real growth, especially in how confusing letterforms like b, d, and p were refined.
The technical aspects, like kerning and using FontLab, were well explained without being overwhelming. I also liked the use of soft pastel colours in the final presentation subtle but meaningful for accessibility. Overall, it’s an insightful read for anyone interested in inclusive type design.
.png)

































Comments
Post a Comment