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Abstract-This paper is developing a system for monitoring, supervision and acquisition parameters using Power Line Communication technology. The system consists of a web microserver using the power grid for the transmission and reception of data through technology PLC (Power Line Communication), as a solution for remote monitoring of temperature parameters of a mini turbine bench. In this article were performed comparative tests between the PLC and LAN technology in two distinct environments: residential and industrial. The analysis of network behavior was conducted through a network analysis software, which were established parameters that represent network performance when sending and receiving data from the monitoring system. Data obtained from this study show satisfactory results of PLC technology in relation to LAN, confirming the possibility of using this technology as an alternative to online monitoring systems.

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Abstract-This paper describes how to extend the access to remote experiments from mobile devices, aiming to better engage digital native students who expect a more interactive and ubiquitous access mode. The extension is based on features of HTML5 and the jQuery Mobile framework, which allow accessing the experiments from different operating systems via the browser or native applications. As a result, users have a richer interaction mode with the experiments, which includes access from simple hand-held devices such as smartphones and PDAs. Extending the access to remote experiments, from simple devices, enables its use in other educational stages, such as high schools, where teachers struggle to engage students in STEM learning. By enabling students to use their everyday "technological companions", e.g. cellular phones, to access remote experiments, we seek to increase the educational value of this technology-enhanced learning resource.