top of page
Case of Study


Mining Industry UX (2015 - 2017)


Mining in Chile contributes 15% to the country's GDP and 60% of total exports, with copper being a major mineral.


At Mining TAG, where I worked, we had a simple presence detection system in underground mines, including the El Teniente mine, located in the mountains near the city of Rancagua.


Underground mining is very complicated. As people are working extracting the dirt, rock and minerals from tunnels that can collapse at any minute if the daily operations are not being managed correctly by not having the updated information at all times.


The mine needs to be exploded uniformly across all its extension in order to avoid landslides and rock burst. This is why it's so important to have real-time data in these kind of environments.


At El Teniente mine, the company had already deployed a presence detection system (for people and machines) using tags and antenna's portals as the main hardware. Later, the same devices were implemented into production zones, to track the movements and work of the heavy machines in there.


The mission was to turn the raw data we were getting into a powerful tool that would enhance operations, improve data visualization, and serve the diverse needs of our users (who we were still getting to know).

My Role

My job was to help make sure that the company's projects were successful by using my skills in two different teams: development and innovation.


As part of the Innovation team, I conducted user-centered research (onsite observations, interviews, physical surveys) to discover user pains, goals, demography profile and other relevant details which we would later use to build role based user stories.


On the UI-development side, I created low fidelity mockups to iterate with users and clientes as well as high fidelity mockups to test them and bring designs to life. These visual aids led to polished end-products and improve human-machine interaction.



To create the system, the team had a preliminary understanding of their target users, but further research was imperative since this was an innovative approach to data analysis. We initiated our research by conducting field visits to the mine, observing the existing production control procedures, studying the personnel involved, and gathering information about the tools and devices used daily to do their job. 

To gather insights for the project, we employed a range of user experience (UX) research methods, including: observation (fly-on-the-wall), in-depth interviews with heavy machinery operators, supervisors, mine managers, and control room personnel outside the mine. We also administered surveys and conducted card sorting activities to determine the information hierarchy for various roles. Furthermore, we held multiple meetings where we presented low and high-fidelity mockups to volunteer users from different roles, allowing us to validate and iterate on the screen structure before implementation.


Loren ipsum 

What I learned
  • Loren ipsum 

  • Loren ipsum 

  • Loren ipsum 

  • Loren ipsum 

  • Loren ipsum 

  • Loren ipsum 

  • Loren ipsum 

  • Loren ipsum 

bottom of page