designing a cohesive user experience for mobile, web and ar.
Background
Atmo was an Augmented Reality startup whose main product was an app targeting the oil and gas, manufacturing, and farming industries. The app allowed the user to connect with experts via video call to help solve problems in the field remotely; the remote expert could annotate and identify necessary parts and fixes in 2D and 3D.
My responsibilities with this project included designing, implementing and validating UX/UI for mobile, web and wearable companion applications. Collaborating closely with Android and iOS application developers to guarantee the core product software delivers an exceptional user experience was another of my tasks. This project was a proof of concept and while there was a seed of something great, there was not enough capital to keep the project going.
Challenge #1
Design a simple-to-use experience to work across multiple devices and layers of content.
Challenge #2
Consider the needs of both the end-user in the field and the experts elsewhere.
Designed and validated a user-friendly Augmented Reality app for Atmo, enhancing remote problem-solving in oil, gas, manufacturing, and farming with mobile, web, and wearable interfaces.
Research & Planning
The project began with understanding the needs of end-users in the field and remote experts in the oil, gas, manufacturing, and farming industries. The challenge was to design a simple, cohesive user experience across mobile, web, and AR platforms. Early planning involved identifying key features like 2D/3D scanning and meeting management to ensure the app's functionality met user requirements.
Design & Prototyping
The app featured options for starting meetings, inviting attendees, and using camera functions for 2D or 3D scanning. I designed the interface to be minimalistic and user-friendly, ensuring quick comprehension of its features. The app included capabilities for managing meetings, favoriting, searching, and calling, crucial for field operations. The expert view allowed remote experts to annotate and switch between 2D and 3D environments, aiding in problem-solving. Prototypes also showcased AR glasses use, highlighting parts with additional information for field workers.
Development & Implementation
Collaborating closely with Android and iOS developers, we implemented the designed features to ensure a seamless user experience.
Testing & Optimization
The final phase involved validating the UX/UI across all platforms, ensuring it was user-friendly and functional. Feedback from beta testing was used to make necessary adjustments, enhancing the overall experience. Despite the project's potential, it lacked the capital to continue beyond the proof-of-concept stage. However, the outcome was a simple, effective interface that worked seamlessly across multiple devices, demonstrating the viability of AR in industrial applications.













