DREAMLAMP

The preschool of your dreams where you will learn everyday life lessons

UX Project - Dreamlamp App

DREAMLAMP

The preschool of your dreams where you will learn everyday life lessons

UX Project - Dreamlamp App

DREAMLAMP

The preschool of your dreams where you will learn everyday life lessons

UX Project - Dreamlamp App

Role

Role

Role

UX Designer, UX Researcher

UX Designer, UX Researcher

Tools

Tools

Tools

Figma, FigJam, Google Suite, Adobe Illustrator

Figma, FigJam, Google Suite, Adobe Illustrator

Responsibilities

Responsibilities

Responsibilities

User Research, Identify Missing Flows,
Refining Design, Prototyping

User Research, Identify Missing Flows,
Refining Design, Prototyping

Team

Team

Team

1 Designer (Me), 1 Product Manager, 4 Engineers

1 Designer (Me), 1 Product Manager, 4 Engineers

Overview

Dreamlamp is a learning app for toddlers and preschoolers. My responsibility was to complete the designs for the mobile and tablet experience. I had the assets and inspirational screens provided by the stakeholders. My primary task was to identify any gaps in user flows and complete the designs for all possible flows. We targeted two screens size mobile and tablet.

Dreamlamp is a learning app for toddlers and preschoolers. My responsibility was to complete the designs for the mobile and tablet experience. I had the assets and inspirational screens provided by the stakeholders. My primary task was to identify any gaps in user flows and complete the designs for all possible flows. We targeted two screens size mobile and tablet.

Challenge

The design inspirations I received were appealing but quite abstract. All the elements had fixed positions, which didn't align with functional design principles. My task was to take these inspirations and translate them into a cohesive app experience. I had to make sure that not only the experience is good but is also technically feasible.

Expanding the user experience from a mobile screen to a tablet. Utilizing the negative space on the tablet screen was a significant challenge.

The design inspirations I received were appealing but quite abstract. All the elements had fixed positions, which didn't align with functional design principles. My task was to take these inspirations and translate them into a cohesive app experience. I had to make sure that not only the experience is good but is also technically feasible. Expanding the user experience from a mobile screen to a tablet. Uzalitzing the negative space on the tablet screen was a significant challenge.

The design inspirations I received were appealing but quite abstract. All the elements had fixed positions, which didn't align with functional design principles. My task was to take these inspirations and translate them into a cohesive app experience. I had to make sure that not only the experience is good but is also technically feasible. Expanding the user experience from a mobile screen to a tablet. Uzalitzing the negative space on the tablet screen was a significant challenge.

Solution

Solution

Converting the design inspirations to functional designs through strategic refinement and prototyping. 



Converting the design inspirations to functional designs through strategic refinement and prototyping. 



Mobile & Tablet App

Mobile & Tablet App

Identify & design missing flows

Identify & design missing flows

Identify & design missing flows

Create & Implement layouts

Create & Implement layouts

Create & Implement layouts

Responsive designs

Responsive designs

Prototyping & Interaction design

Prototyping & Interaction design

Prototyping & Interaction design

My Approach

My Approach

I followed a lean approach to tackle the challenge. Starting with understanding the stakeholder's vision and ideas. Then, I crafted user flows to identify gaps in the current defined experience.

I conducted experiments to test and refine ideas. Created a layout system that facilitated design for different screen sizes.

My Approach

I followed a lean approach to tackle the challenge. Starting with understanding the stakeholder's vision and ideas. Then, I crafted user flows to identify gaps in the current defined experience.

I conducted experiments to test and refine ideas. Created a layout system that facilitated design for different screen sizes.

Experimenting with layouts

After identifying the gaps in the user flows. I started to experiment with layouts to organize screen content in different sizes.


On the mobile devices, we would have one column with all the content. In the tablet version, we would have multiple columns. So after much experimentation, I devised a way we keep the information in the center column. And transitioning from a single-column to a three-column layout system in tablet devices.

In the mobile app, I focused on a center column, housing interactive elements. On the tablet view, two side columns took place, one on the left and one on the right. They housed illustrations to optimize the negative space.


For complex components, I employed a scaling mechanism to ensure a consistent experience

After identifying the gaps in the user flows. I started to experiment with layouts to organize screen content in different sizes.


On the mobile devices, we would have one column with all the content. In the tablet version, we would have multiple columns. So after much experimentation, I devised a way we keep the information in the center column. And transitioning from a single-column to a three-column layout system in tablet devices.

In the mobile app, I focused on a center column, housing interactive elements. On the tablet view, two side columns took place, one on the left and one on the right. They housed illustrations to optimize the negative space.


For complex components, I employed a scaling mechanism to ensure a consistent experience

Trifecta Layout - three column layout

The three-column layout adapted seamlessly to different device sizes, optimizing the user experience. On mobile devices, it presents a single-column arrangement with interactive elements in the center. When viewed on tablets, it dynamically transitions into a three-column structure, with two side columns featuring illustrations to enhance the use of negative space. Complex components are scaled to maintain a consistent and user-friendly interface.

The three-column layout adapted seamlessly to different device sizes, optimizing the user experience. On mobile devices, it presents a single-column arrangement with interactive elements in the center. When viewed on tablets, it dynamically transitions into a three-column structure, with two side columns featuring illustrations to enhance the use of negative space. Complex components are scaled to maintain a consistent and user-friendly interface.

Mobile Layout

The mobile version employs a streamlined single-column layout that prioritizes user interaction in the central space. This design approach ensures a friendly and engaging mobile experience, optimizing accessibility and ease of use.

The mobile version employs a streamlined single-column layout that prioritizes user interaction in the central space. This design approach ensures a friendly and engaging mobile experience, optimizing accessibility and ease of use.

Tablet Layout

In the tablet version, a sophisticated three-column layout gracefully unfolds. Two side columns artfully showcase illustrations, effectively utilizing negative space to enhance aesthetics. This thoughtful design adaptation for tablets provides a visually appealing and immersive user experience, elevating the overall tablet interface.

In the tablet version, a sophisticated three-column layout gracefully unfolds. Two side columns artfully showcase illustrations, effectively utilizing negative space to enhance aesthetics. This thoughtful design adaptation for tablets provides a visually appealing and immersive user experience, elevating the overall tablet interface.

Results

To overcome the challenge of expanding the user experience for different screen sizes. I devised a 3-column layout system.


The approach began with a single column on mobile and expanded to three columns on tablets. The system enabled the development team to display columns based on the device type.


The smooth appearance of columns in the tablet version provided a seamless experience. It was not only appealing but also made sense. The use of different illustrations added more to the tablet experience aesthetics.

To overcome the challenge of expanding the user experience for different screen sizes. I devised a 3-column layout system.


The approach began with a single column on mobile and expanded to three columns on tablets. The system enabled the development team to display columns based on the device type.


The smooth appearance of columns in the tablet version provided a seamless experience. It was not only appealing but also made sense. The use of different illustrations added more to the tablet experience aesthetics.

Learnings

Dreamlamp provided me with an opportunity to see how functional design works. And aesthetics while important are not always technically feasible. Also helped me to understand that we need to involve the development team in the early phases of ideation.

Dreamlamp provided me with an opportunity to see how functional design works. And aesthetics while important are not always technically feasible. Also helped me to understand that we need to involve the development team in the early phases of ideation.

  • Understanding more about functional designs.

  • Value of considering engineering perspective early in designs.

  • Advanced component design and use of auto layout for improved design efficiency.

  • Learning new interaction details, enhancing Figma prototyping skills.

  • Understanding more about functional designs.

  • Value of considering engineering perspective early in designs.

  • Advanced component design and use of auto layout for improved design efficiency.

  • Learning new interaction details, enhancing Figma prototyping skills.