ATTRACT student projects

Discover the ATTRACT student projects boosting sensing and imaging technologies to enable breakthrough innovations for society

Team

The team members working on this project are the following:

Meijiang Li

MSc in Business Analytics

Esade Business School

Vasu

MSc in Business Analytics

Esade Business School

Lucas Herranz
Gancedo

Bachelor on Telecommunication Engineering

UPC

Lucas Ventura

Master on Telecommunication Engineering

UPC

Gabriella Tarigan

Interaction design

IED

Katherine Priscila

Interaction design

IED

Barberan Mora

Interaction design

IED

Project Ecotags

is based on ATTRACT project Ecotags
Background

ECOTAGS is an autonomous single-use temperature triggered alarm system. It consists of three main parts, the PCM (phase changing material), the paper-based battery and the RF (radio frequency) transmitter.

ECOTAGS provides significant advantages to many of the issues that current alarm systems have. The solution ECOTAGS proposes is to use a disposable sleeping autonomous device able to detect changes in temperature.

Outcome

Based on the interviews conducted, the market research and the development of the technology, the forest fire detection and PPE (Personal Protective Equipment) seem like the best possible use case for the product.

Environmental awareness is increasingly present in company policies. Industries are very interested in new solutions or substitutes to current technologies that are more environmentally friendly. Therefore, ECOTAGS key values are its energy saving and its disposability, both having heavy presence in the newer trends in the industry.

Another key value of ECOTAGS is the simple integration of the technology to the existing equipment. The portability and autonomy of the device are a huge advantage for any company wanting to install or complement its current systems.

The market research enlightened the vast amount of applications for the technology. With a wide range of PCMs and different temperature triggering ranges, the possibilities for the technology are plenty. The commitment is to test new PCMs without sacrificing the disposability value, therefore organic PCMs are preferred. It is seen throughout the market research that the size of the market is dependent on the temperature range of the PCM.