Build your own robot

Design for Spatial experience of learning robotics

COMPANY

Holoworld

ROLE

Product Designer

EXPERTISE

UX/UI & Product Design

YEAR

2022

Project description

Designing end to end product for experiential learning of Robotics

About

HoloWorld offers a Robotics course (Build your own Robot), to help practical education for inventors.

Background

To enable “Learn by experience” as a part of the course, they needed their own DIY robotic learning platform which included physical kit and digital robotic kit (AR/VR/XR based app) to make robotics learning widely accessible.

Roles & Responsibilities

• Product Design: Led all the processes involved in end to end stages of the whole product and spatial experience.
• Research and Analysis: Identified the limitations of existing robotic kits and defined key features for the new kit.

• Design and Prototyping: Collaborated with designers and engineers to develop and test prototypes.

• Development and Testing: Worked with development teams to create virtual components necessary for product

• User Testing: Conducted user testing and gathered feedback to improve the product.  AR Integration: Developed strategies for integrating the robotic kit with AR/VR/XR environments.

• Design and Prototyping: Collaborated with designers and engineers to develop and test prototypes.

• Development and Testing: Worked with development teams to create virtual components necessary for product

• User Testing: Conducted user testing and gathered feedback to improve the product.  AR Integration: Developed strategies for integrating the robotic kit with AR/VR/XR environments.

• Design and Prototyping: Collaborated with designers and engineers to develop and test prototypes.

• Development and Testing: Worked with development teams to create virtual components necessary for product

• User Testing: Conducted user testing and gathered feedback to improve the product.  AR Integration: Developed strategies for integrating the robotic kit with AR/VR/XR environments.

Process

This category details the step-by-step approach taken during the project, including research, planning, design, development, testing, and optimization phases.

Research & Planning

Market Research: Conducted extensive market research to identify gaps and opportunities.

User Needs: Analysed user needs and pain points through surveys and interviews.

Technological Study: Studied technological limitations and design requirements to inform the development process.

Ideation & Wireframing

Wireframes: Developed wireframes to visualize the app's layout and user interactions.

Information Architecture: Created an information architecture to map out the user flow and ensure a seamless experience.

Wireframes: Developed wireframes to visualize the app's layout and user interactions.

Information Architecture: Created an information architecture to map out the user flow and ensure a seamless experience.

Wireframes: Developed wireframes to visualize the app's layout and user interactions.

Information Architecture: Created an information architecture to map out the user flow and ensure a seamless experience.

High Fidelity Design

UI Mockups: Designed high-fidelity UI mock-ups to capture the essence of the Proof of Concept (POC).

User-Friendly Interface: Focused on creating a user-friendly interface that aligns with the project's educational objectives.

UI Mockups: Designed high-fidelity UI mock-ups to capture the essence of the Proof of Concept (POC).

User-Friendly Interface: Focused on creating a user-friendly interface that aligns with the project's educational objectives.

UI Mockups: Designed high-fidelity UI mock-ups to capture the essence of the Proof of Concept (POC).

User-Friendly Interface: Focused on creating a user-friendly interface that aligns with the project's educational objectives.

Development & Implementation

Collaboration: Collaborated with developers to ensure seamless integration of design and functionality.

Core Features: Developed core features such as the viewer, assembly guide, and simulator in AR.

Collaboration: Collaborated with developers to ensure seamless integration of design and functionality.

Core Features: Developed core features such as the viewer, assembly guide, and simulator in AR.

Collaboration: Collaborated with developers to ensure seamless integration of design and functionality.

Core Features: Developed core features such as the viewer, assembly guide, and simulator in AR.

Testing & Iteration

MVP Testing: Created an MVP and tested it with students to gather feedback.

Design Iteration: Iterated on the design based on user feedback to enhance the AR experience and overall usability.

MVP Testing: Created an MVP and tested it with students to gather feedback.

Design Iteration: Iterated on the design based on user feedback to enhance the AR experience and overall usability.

MVP Testing: Created an MVP and tested it with students to gather feedback.

Design Iteration: Iterated on the design based on user feedback to enhance the AR experience and overall usability.

Solution

An intuitive digital platform that seamlessly integrates with the modular physical robotic kit, providing interactive AR/VR/MR experiences and personalized educational content to enhance STEM learning.

Modular Design

• Developed a versatile robotic kit with interchangeable components for various learning modules.

• Created a user-friendly assembly process to make it accessible for students of all ages.

Phygital Integration

• Integrated AR/VR/MR technologies to create immersive learning experiences.

• Developed software that seamlessly communicates with physical robotic components.

• Integrated AR/VR/MR technologies to create immersive learning experiences.

• Developed software that seamlessly communicates with physical robotic components.

• Integrated AR/VR/MR technologies to create immersive learning experiences.

• Developed software that seamlessly communicates with physical robotic components.

Educational Content

• Aligned digital content with curriculum standards to ensure educational relevance.

MVP Design

• Launched an MVP to test core functionalities and gather early user feedback.

• Used insights from the MVP phase to make critical improvements, ensuring the final product met user needs effectively.

• Launched an MVP to test core functionalities and gather early user feedback.

• Used insights from the MVP phase to make critical improvements, ensuring the final product met user needs effectively.

• Launched an MVP to test core functionalities and gather early user feedback.

• Used insights from the MVP phase to make critical improvements, ensuring the final product met user needs effectively.

HOmepage
To access the essential features by tracking the progress of learning
Track your progress
Students can access lessons from basics to advanced one after another
Core features
App is divided into Viewer, Assembly and Emulator to learn specific parts of course
HOmepage
To access the essential features by tracking the progress of learning
Track your progress
Students can access lessons from basics to advanced one after another
Core features
App is divided into Viewer, Assembly and Emulator to learn specific parts of course
HOmepage
To access the essential features by tracking the progress of learning
Track your progress
Students can access lessons from basics to advanced one after another
Core features
App is divided into Viewer, Assembly and Emulator to learn specific parts of course
HOmepage
To access the essential features by tracking the progress of learning
Track your progress
Students can access lessons from basics to advanced one after another
Core features
App is divided into Viewer, Assembly and Emulator to learn specific parts of course

HOmepage
To access the essential features by tracking the progress of learning
Track your progress
Students can access lessons from basics to advanced one after another
Core features
App is divided into Viewer, Assembly and Emulator to learn specific parts of course
HOmepage
To access the essential features by tracking the progress of learning
Track your progress
Students can access lessons from basics to advanced one after another
Core features
App is divided into Viewer, Assembly and Emulator to learn specific parts of course
HOmepage
To access the essential features by tracking the progress of learning
Track your progress
Students can access lessons from basics to advanced one after another
Core features
App is divided into Viewer, Assembly and Emulator to learn specific parts of course
HOmepage
To access the essential features by tracking the progress of learning
Track your progress
Students can access lessons from basics to advanced one after another
Core features
App is divided into Viewer, Assembly and Emulator to learn specific parts of course