2013
Autores
Moura, Marcos; Tasa, Mihkel; Olejniczak, Olga Agata; Ahmad, Naeem; Silva, António Ferreira da; Malheiro, Benedita; Silva, Manuel F.; Ribeiro, Maria Cristina; Caetano, Nídia Sá; Ferreira, Paulo; Guedes, Pedro;
Publicação
1st International Conference of the Portuguese Society for Engineering Education
Abstract
Waste oil recycling companies play a very important
role in our society. Competition among companies is tough and
process optimization is essential for survival. By equipping oil
containers with a level monitoring system that periodically reports
the level and alerts when it reaches the preset threshold, the oil
recycling companies are able to streamline the oil collection process
and, thus, reduce the operation costs while maintaining the quality of
service. This paper describes the development of this level
monitoring system by a team of four students from different
engineering backgrounds and nationalities. The team conducted a
study of the state of the art, draw marketing and sustainable
development plans and, finally, designed and implemented a
prototype that continuously measures the container content level and
sends an alert message as soon as it reaches the preset capacity.
2013
Autores
Reimus, Aare; Miklaszewska, Izabela; Fernandez, Maria Ricondo; Jurjonaité, Toma; Silva, António Ferreira da; Malheiro, Benedita; Silva, Manuel F.; Ribeiro, Maria Cristina; Caetano, Nídia Sá; Ferreira, Paulo; Guedes, Pedro;
Publicação
1st International Conference of the Portuguese Society for Engineering Education
Abstract
Interactive products are appealing objects in a
technology-driven society and the offer in the market is wide and
varied. Most of the existing interactive products only provide
either light or sound experiences. Therefore, the goal of this
project was to develop a product aimed for children combining
both features. This project was developed by a team of four thirdyear
students with different engineering backgrounds and
nationalities during the European Project Semester at ISEP
(EPS@ISEP) in 2012. This paper presents the process that led to
the development of an interactive sound table that combines nine
identical interaction blocks, a control block and a sound block.
Each interaction block works independently and is composed of
four light emitting diodes (LED) and one infrared (IR) sensor.
The control is performed by an Arduino microcontroller and the
sound block includes a music shield and a pair of loud speakers. A
number of tests were carried out to assess whether the controller,
IR sensors, LED, music shield and speakers work together
properly and if the ensemble was a viable interactive light and
sound device for children.
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