Investigation + Technology + Management
Promote the culture of sustainability by integrating technological education, research and projects of intelligent systems for energy management.
Established in 2013, we're aiming to develop innovative projects on Education and contribute with advances in Intelligent Instrumentation Systems.
Nowadays, we're focusing our work on Technological Education and Projects for energy management.
Research group certified by CNPQ Brazil - (link)
Technological education internationalization: Connecting Brazilian students with the world.
Giving access to labs, research groups, and international undergraduate and postgraduate courses has been the goal of our work. Since we created "LabTec@" back in 2014 until now, internationalization deeds permeate the objectives of the "ITMetro" development team.
We are now with research students from ISEP, located in Porto, Portugal. They are Electrotechnical Engineer students, and also with the eminence of the participation of other researchers and students in postgraduation programs.
Follow the internationalization actions and learn more about the Integration Project between Brazil and Finland made in 2016 and the Technical Cooperation with the ISEP/GCAD in 2018.
You installed photovoltaic panels and your energy bill was not zero!
An Energy Potential Audit or Analysis allows one to know the profiles of energy generation and consumption in a building.
It also allows you to prospect or analyze the energy capacity of the land and/or building.
It can be done previously, or after the conclusion of an energy cogeneration project based on solar and/or wind, in order to guarantee the efficiency of the project or installation.
With appropriate methodology and equipment, it is possible to prove the energy generation and consumption capacity of your land, building, or project.
Follow this development story and get to know SAP-Eolic, SAP-Energi and the APNE Methodology.
Integration between Education, Research, and Extended learn: A path to apprenticeship improvement.
Possibilities to open new professional internship positions, scientific initiation grants, and external works through extension projects involving the community are at the top of our list.
Address world, city, and community real problems in our classrooms, drawing in students to scientific and technological research projects, develop innovative solutions, and perform technical-related scholarly daily activities without neglecting teaching standards. These have been our focus on our integrative professional practices activities such as internships, scientific initiation grants, and extended-learn activities.
How can we grant energetic self-sufficiency to a hostel using heterogenous renewable power sources?
Consider the possibility of keeping a hostel with an average power consumption of 2400kW/h automatically and efficiently. An intelligent device capable of generating and storing electric power while managing its consumption, sending valuable data generated from it to the business administration. Follow this story in development and get to know the HibridGER, a hybrid and intelligent module for power generation.
Find out more .....
Is it possible to use electric bicycles as an aerobic exercise?
Imagine an onboard computer capable of managing your health and the whole electrical system of your electric bicycle!
Control the energy performance of the electric bicycle, its torque, batteries charging and discharging, maximum range and distance covered, estimate traveling time schedules while looking after the rider's health, generating data about its physical exertion, aerobic capacity, and any cardiological changes. Having all that plus the capability to store data from it, and allowing you to set goals and financially analyze your bicycle usage as a means of transportation.
Biomedical Instrumentation: Using metrology in healthcare applications and instrumentation to take care of our life.
Performing research and developing instruments and biomedical systems are some of the ITM's actuation areas. Technological advances in data acquisition and signal processing are being used and applied in intelligent instrument conception to analyze biological signals. With artificial intelligence strategies, we're using embedded machine learning in microcontrollers to boost signal conditioning, allowing innovations in biomedical instrumentation. Find out more about the "Esteto-i" project, an intelligent stethoscope capable of recording, condition, and analyzing signals heard from the patient, assisting in the quick detection of breathing disorders. Also, get to know the QoS project, a system that contributes to sleep quality.
Find out more .....Como Ler 2(dois) sinais analógicos usando a IDE do Arduino
Lendo duas entras analógicas e plotando os gráficos no PC
At sectionProjects →SLIME →Hardware → ARDUINO →Arduino NANO →Como capturar sinais elétricos com...
Como Ler um sinal Analógico usando a IDE do Arduino
Lendo um sinal analógico e plotando o gráfico
At sectionProjects →SLIME →Hardware → ARDUINO →Arduino NANO →Como capturar sinais elétricos com...
Arduino MEGA
MEGA 2560/2168
Arduino UNO
UNO Board