VR Prototype

Valve Onboarding for New VR Users

Overview

We partnered with Valve to explore how their upcoming controllers might impact how new users might more easily interact in VR. Our capstone team of three is very passionate this new technology and helping expand it to all types of users, beyond hard-core gamers. We presented a set of guidelines and several prototypes of methods to Valve to help new users.

My role

  • Interaction designer
  • Visual designer
  • Project manager

Key features

  • Guidelines for VR content creator
  • Ideas for feature to help new users
  • Prototypes for VR interactions

Problem

As I’ve attended VR events, I’ve seen many people who are excited to try VR, but face confusion around new tools and interaction patterns. There is a great opportunity to help people from diverse backgrounds learn and enjoy VR.

Our core goal was: How can we help new users transition to using VR in a way that is natural, immersive, and draws on their existing knowledge of how things work?

Goals

  • Make it easier to design VR experiences for new users
  • Provide a resource to help teams who create VR content
  • Explore the difference of using wand controllers vs more natural hand movements

Constraints

  • No expert VR developers
  • Lack of VR prototyping tools
  • Limited existing research

Research

We researched 24 participants from diverse background to understand how they learned and interacted in VR spaces. We observed them interacting naturally, put them to the test on specific tasks, and interviewed them We also performed a competitive analysis with a variety of VR and gaming devices and attended VR events to understand new user’s current expectations and frustrations.

Methods

  • Literature review
  • Competitive analysis
  • Ethnographic studies
  • Observations + task analysis
  • Bodystorm
  • Cooperative design
  • Usability testing

Key pain points

  • Feeling like they don’t control the VR environment
  • Few standard controls
  • A tendency to skip tutorials
  • Feeling stuck when they don’t know what to do
  • Getting tired moving hands and arms in unnatural ways

Ideation

We created journey maps of our two personas to direct our prototyping efforts. We saw that Tabithas wanted to go out and explore on their own as soon as possible, while Michaels wanted a little more prompting and step-by-step instructions.

We worked with 12 different new and experienced users during bodystorming and participatory design sessions to test and iterate with how VR interactions could be improved for new users.

We found that people want VR to feel life-like, but they love when it extends real-life capabilities. We also saw that even though they don’t want to go through a tutorial, both new and experienced users want an easy way to refer to instructions at any point

Solution - CONTROLLER GUIDE

We found that if users knew they could always check for how to use their tools they felt more in control. After feedback on several prototypes, we came up with a watch-flicking gesture to bring up the guide at any time. This was well received by both new and experienced VR users.

Key benefits

  • Augments user knowledge
  • Always accessible to reduce stress
  • Helps users discover new methods
  • Learn faster

Solution - Clear, meaningful exits

Even though many current games tout the creativity of their exits, we found new users want an easy way that is based on their previous knowledge. Using a more standard and accessible form such as a door or exit sign helped alleviate the stress of feeling trapped.

Key benefits

  • Reduced stress for new users
  • Easy to find exit at any point in VR
  • Increased confidence and control felt by newer users

Solution - LIVING GUIDELINES

I wrote a set of guidelines to help VR content creators design for new users based on our research and examination of over 40 sources. I also studied hand gestures, developer guides, and existing patterns in 2D and 3D mediums.

UX + VR Guidelines

Key benefits

  • Easy to reference
  • Open for additional knowledge
  • 15 minute summary of 100’s of hours of reading and experiments