UX Design / Information Architecture / Institutional Web Redesign

ICCIT Web Redesign

A redesign project that began as a simple student-navigation problem and became my first serious lesson in users, stakeholders, constraints, and institutional systems.

Where It Started

I thought the problem was simple

The ICCIT redesign began as a class project. At first, the problem felt obvious: students could not find information easily on the Institute of Communication, Culture, Information, and Technology homepage.

My early mental model was narrow. Improve student navigation. Clean up the structure. Make important links easier to find. Reduce confusion.

That was not wrong. It was just incomplete.

I started the project thinking I was redesigning a student website. I slowly realized I was redesigning a shared front door for several completely different groups of people.

The First Shift

The homepage was not only for students

Current students were only one part of the system. The homepage also had to speak to prospective students, parents, professors, researchers, employers, opportunity-seekers, and visitors trying to understand what ICCIT even was.

The Real Problem

The information existed. The path to it did not.

The original homepage was not failing because the university lacked information. It was failing because people could not reach that information easily.

Important content was buried several pages deep. Navigation paths were unclear. Users got frustrated. The department received questions that were technically already answered somewhere on the website.

The problem was not that the university lacked information. The problem was that users could not reach it easily.

That distinction changed the redesign. The goal was not to add more. It was to make existing information easier to discover, understand, and trust.

Research Changed The Shape

The more users I spoke to, the less obvious the redesign became.

The research phase made the project messier in the right way. Contextual inquiry, participatory design, focus groups, usability testing, and task-based evaluation all pointed to the same larger lesson: different users were arriving with different anxieties.

Students wanted speed. Prospective students wanted clarity and identity. Parents wanted reassurance. Faculty needed representation and visibility. General visitors needed a plain-language explanation of what ICCIT was.

Affinity diagram excerpt grouping user expectations, visual design expectations, and problems with existing features.

Miro / Mural Board

A short selection from the affinity diagram, showing how research inputs began clustering into expectations, visual issues, and existing feature problems.

View research and evaluation methods
  • Contextual inquiry interviews to understand real navigation pain points.
  • Participatory design sessions to bring users into early solution thinking.
  • Focus groups to explore expectations, frustration, and priority conflicts.
  • Usability testing on the older site to observe confusion points.
  • Task-based evaluation, including whether users completed tasks successfully and how long they took.
  • Additional interviews and fast-paced testing to refine the final direction.

The First Real UX Realization

UX was not just making the interface cleaner

This was one of the first times I realized UX was not just about making interfaces prettier. It was about balancing different realities inside the same system.

From Single User To System

Good UX is not giving everyone everything they want.

Not every user need could dominate the homepage equally. There was limited space, institutional branding, technical feasibility, time constraints, and University of Toronto design expectations.

I had to stop thinking in terms of perfect solutions and start thinking in terms of practical hierarchy.

Students

Needed quick routes to programs, courses, opportunities, and support.

Prospective students

Needed identity, clarity, and a sense of what ICCIT offered.

Parents

Needed reassurance, structure, and confidence that information was reliable.

Faculty and institution

Needed representation, accuracy, and alignment with official standards.

Sequence model diagram showing how participants navigated the ICCIT course information flow.

Sequence Model

The sequence model made friction visible by mapping how users moved through the site while trying to locate course information.

Tradeoffs

Designing the hierarchy

The redesign became less about decoration and more about deciding what deserved attention first. That meant prioritizing pathways instead of simply placing more information on the page.

Information architecture affects emotion. Users do not simply become confused. They become frustrated, uncertain, dependent on support, disconnected from the institution, and overwhelmed.

Clarity itself is a form of user care.
Hand-drawn semantic model sketch exploring homepage structure and navigation changes for the ICCIT redesign.

Semantic Model

A hand-drawn model exploring homepage structure, navigation, and how program information could be reorganized more clearly.

From Sketch To Prototype

The design had to communicate with implementers

The prototype was not built as a polished product demo for participants. It was built as an implementation-facing artifact for the university IT department.

That changed what the prototype needed to do. It had to communicate hierarchy, navigation, content structure, and intent clearly enough that someone else could adapt it within real institutional constraints.

Low-fidelity ICCIT wireframes showing homepage and program page layout ideas.

Wireframes

Low-fidelity wireframes explored homepage structure, program areas, certificate pages, and course information layouts before the final prototype direction.

Implementation Reality

Design does not end when the mockup is complete.

A real system still has to survive implementation: branding, technical feasibility, formatting standards, stakeholder expectations, and the limits of what can actually be maintained.

Outcome

A redesign direction, not a fantasy artifact

The project contributed to the redesign direction for the ICCIT homepage and was adapted within University of Toronto design and implementation constraints.

The final implementation differed slightly from the original design vision. That was not a failure. It was the reality of moving from prototype to institution.

ICCIT homepage redesign prototype showing navigation, hero content, program cards, distress resources, and social links.

Prototype Screens

A static prototype screen used to communicate the redesign direction, homepage hierarchy, and implementation-facing layout decisions.

Testing

What still created friction

Task-based testing helped reveal where the redesign direction was working and where friction remained. Users could complete many navigation tasks, but program comparison still created difficulty.

That mattered because UX maturity is not pretending the design solved everything. It is knowing what got better, what remained hard, and what the next version needs to address.

Testing results matrix showing participant outcomes across navigation and program comparison tasks.

Testing Results

A task-based testing matrix showing where participants completed tasks with ease and where program comparison still created friction.

What I Learned

This is where UX became real to me

I began the project thinking mostly about interface problems. I left thinking about systems, stakeholders, hierarchy, institutional constraints, and implementation realities.

The biggest lesson was that UX is not just interfaces. It is people, systems, priorities, constraints, and communication.

I had to stop thinking in terms of perfect solutions and start thinking in terms of practical hierarchy.

Future Direction

Helping users navigate uncertainty

The next version of the experience would not simply organize information better. It would help users navigate uncertainty more intelligently.

That could mean more intelligent navigation, adaptive support systems, AI-assisted guidance, conversational navigation, and more personalized information discovery. Not to replace information architecture, but to support users when the structure alone is not enough.

The Messy Kitchen

The story above is the clean version. The artifacts are now placed throughout the narrative where they shaped the thinking: affinity work, sequence modeling, wireframes, prototype screens, and testing results.

The project began as a class assignment, but the research made it larger. It became a lesson in how small navigation problems can reveal institutional complexity.

Process Note

The most important artifact was not a single screen. It was the shift from interface thinking to stakeholder thinking.

The redesign direction had to be useful enough for students, clear enough for prospective visitors, representative enough for the department, and realistic enough for implementation.

Design Constraint

This was the core tension behind the homepage hierarchy.

Academic websites should work for the people who rely on them.

I bring UX research, information architecture, content strategy, accessibility thinking, and implementation awareness into web redesign work.