Tutorly

Tutorly is a concept mobile app and responsive website designed to help students and parents discover, compare, and book tutors based on subject, availability, and location. At the same time, it gives tutors a central place to list their services and manage bookings.
This project was completed as part of the Google UX Design Professional Certificate, using provided research prompts and sample user data.
My role: UX Designer
Scope: Research, flows, wireframes, usability testing, high-fidelity design
Platform: Mobile app and responsive web

Students often struggle to identify and book a tutor that meets their needs.
Students and parents struggle to identify tutors who are reliable, qualified, and available at the right time or location. Many platforms require paid subscriptions, limit in-person options, or assign tutors automatically, making it hard to build continuity with someone you trust.
On the other side, independent tutors lack a centralised way to promote their services and manage availability and bookings.
User research for this project was based on personas. Analysing these profiles helped surface consistent needs and frustrations across different student types.
Key pain points:
These insights highlighted the need for a platform that prioritises choice, clarity, and flexibility for both students and tutors.

The design focused on students at different stages of education, from high school to university, who need flexible, targeted academic support.
Common needs across users:


Based on the research, I defined three core goals for Tutorly:
I mapped the primary flow for booking a tutor, focusing on keeping the experience simple and predictable.
Core flow:
Home → Search → Search Results → Tutor Profile → Booking → Confirmation
Persistent bottom navigation allows users to move between Home, Search, Bookings, and Account at any time.

Low-fidelity wireframes were created to test structure and flow before moving into visual design.
Key findings from early testing:
These findings informed changes before moving into high-fidelity design.

High-fidelity designs focused on improving clarity, hierarchy, and accessibility.
Improvements made:
Each iteration was shaped by usability feedback and self-review, reinforcing the importance of small, deliberate refinements.

Accessibility was considered throughout the design process.
The final design presents a clear, approachable tutoring platform that balances flexibility with structure. Users can quickly find tutors that suit their needs, understand what to expect, and complete bookings with confidence.
While this was a concept project, it helped solidify my understanding of user flows, hierarchy, accessibility, and iterative design.
This project reinforced several key lessons:
This project highlighted the value of validating assumptions early and often.


Tutorly

Tutorly is a concept mobile app and responsive website designed to help students and parents discover, compare, and book tutors based on subject, availability, and location. At the same time, it gives tutors a central place to list their services and manage bookings.
This project was completed as part of the Google UX Design Professional Certificate, using provided research prompts and sample user data.
My role: UX Designer
Scope: Research, flows, wireframes, usability testing, high-fidelity design
Platform: Mobile app and responsive web

Students often struggle to identify and book a tutor that meets their needs.
Students and parents struggle to identify tutors who are reliable, qualified, and available at the right time or location. Many platforms require paid subscriptions, limit in-person options, or assign tutors automatically, making it hard to build continuity with someone you trust.
On the other side, independent tutors lack a centralised way to promote their services and manage availability and bookings.
User research for this project was based on personas. Analysing these profiles helped surface consistent needs and frustrations across different student types.
Key pain points:
These insights highlighted the need for a platform that prioritises choice, clarity, and flexibility for both students and tutors.

The design focused on students at different stages of education, from high school to university, who need flexible, targeted academic support.
Common needs across users:


Based on the research, I defined three core goals for Tutorly:
I mapped the primary flow for booking a tutor, focusing on keeping the experience simple and predictable.
Core flow:
Home → Search → Search Results → Tutor Profile → Booking → Confirmation
Persistent bottom navigation allows users to move between Home, Search, Bookings, and Account at any time.

Low-fidelity wireframes were created to test structure and flow before moving into visual design.
Key findings from early testing:
These findings informed changes before moving into high-fidelity design.

High-fidelity designs focused on improving clarity, hierarchy, and accessibility.
Improvements made:
Each iteration was shaped by usability feedback and self-review, reinforcing the importance of small, deliberate refinements.

Accessibility was considered throughout the design process.
The final design presents a clear, approachable tutoring platform that balances flexibility with structure. Users can quickly find tutors that suit their needs, understand what to expect, and complete bookings with confidence.
While this was a concept project, it helped solidify my understanding of user flows, hierarchy, accessibility, and iterative design.
This project reinforced several key lessons:
This project highlighted the value of validating assumptions early and often.


Tutorly

Tutorly is a concept mobile app and responsive website designed to help students and parents discover, compare, and book tutors based on subject, availability, and location. At the same time, it gives tutors a central place to list their services and manage bookings.
This project was completed as part of the Google UX Design Professional Certificate, using provided research prompts and sample user data.
My role: UX Designer
Scope: Research, flows, wireframes, usability testing, high-fidelity design
Platform: Mobile app and responsive web

Students often struggle to identify and book a tutor that meets their needs.
Students and parents struggle to identify tutors who are reliable, qualified, and available at the right time or location. Many platforms require paid subscriptions, limit in-person options, or assign tutors automatically, making it hard to build continuity with someone you trust.
On the other side, independent tutors lack a centralised way to promote their services and manage availability and bookings.
User research for this project was based on personas. Analysing these profiles helped surface consistent needs and frustrations across different student types.
Key pain points:
These insights highlighted the need for a platform that prioritises choice, clarity, and flexibility for both students and tutors.

The design focused on students at different stages of education, from high school to university, who need flexible, targeted academic support.
Common needs across users:


Based on the research, I defined three core goals for Tutorly:
I mapped the primary flow for booking a tutor, focusing on keeping the experience simple and predictable.
Core flow:
Home → Search → Search Results → Tutor Profile → Booking → Confirmation
Persistent bottom navigation allows users to move between Home, Search, Bookings, and Account at any time.

Low-fidelity wireframes were created to test structure and flow before moving into visual design.
Key findings from early testing:
These findings informed changes before moving into high-fidelity design.

High-fidelity designs focused on improving clarity, hierarchy, and accessibility.
Improvements made:
Each iteration was shaped by usability feedback and self-review, reinforcing the importance of small, deliberate refinements.

Accessibility was considered throughout the design process.
The final design presents a clear, approachable tutoring platform that balances flexibility with structure. Users can quickly find tutors that suit their needs, understand what to expect, and complete bookings with confidence.
While this was a concept project, it helped solidify my understanding of user flows, hierarchy, accessibility, and iterative design.
This project reinforced several key lessons:
This project highlighted the value of validating assumptions early and often.

