Project Diversita: When Machine Learning Meets User Experience

 

In this two-quarter grad school project, I explored how to unleash the power of Machine Learning to fulfill requirements that were tricky for the previous generation of technologies, with the consideration of Human-Centered Design and Engineering.

Background

Project Diversita was a Microsoft sponsored “Launch Project” at the University of Washington GIX in 2018 under the AI for Earth initiative. It aimed to empower biodiversity research by utilizing Machine Learning (ML) on Edge technology. The ML model had been trained by Microsoft Research based on the iNaturalist dataset.

I received training in Machine Learning and sensors, however for this project my role was mainly on product design. The challenge was to explore the potential market space and find a niche that fits our technology backbone best.

Time Span

Jun. 27, 2018–Dec. 07, 2018

About the Team

A ten-people team consists of UW GIX students (Phelps Xia, Hal Zhang, Ben Keller, and I) and Microsoft researchers (Dan Morris, Lucas Joppa)/engineers (Wee-Hyong Tok, Siyu Yang, Erika Menezes, Xiaoyong Zhu)

Role in the Project

Product Designer (UX, ID), Product Manager, User Researcher

General Objectives
  • Study the market to identify a niche camera trap scenario to disrupt with Microsoft’s ability in AI.
  • Ideate concepts that are desirable for the customers, viable for the business and feasible for engineering.
  • Develop working prototypes to prove the concept.
Keywords

Machine Learning, Edge Computing, Raspberry Pi, IoT, computer vision

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dynaTac: A Device Improves Fishing Performance

dynaTac - Fishing sensorBackground

dynaTac is a novel consumer-facing technology which improves fishing performance. It was developed as the Hardware/Software Lab-II course project at the University of Washington, instructed by Gabe Cohn and Sidhant Gupta from Microsoft Research. A team of three students worked for ten weeks to develop this device.

General Objectives

  • Scope a real-world problem that could be solved/improved with sensing technology within ten weeks.
  • Study the case and experiment solutions to solve the problem.
  • Develop iterations to implement the solution and study from this experience.

Time Span

Mar. 28, 2018 – Jun. 04, 2018

People in the Project

Ryan Wu, Maksim Surguy, Tyson Chen

Role in the Project

Product/Project Manager, Mechanic Engineer

Keywords

Sensor, microcontroller, Arduino, fishing, lab
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