Now showing items 1-6 of 6

    • Design of an arduino based Maximum Power Point Tracking (MPPT) solar charge controller 

      Dutta, Ananya; Barua, Niloy; Saha, Aninda (BRAC University, 2016-08-16)
      Renewable sources such as the Photovoltaic Systems (PV) have been used over decades in order to focus on greener sources of power generation. Today it has become a matter of concern on how to reduce COST and improve ...
    • Design of Arduino based home automation systems incorporating identity detection 

      Islam, Md. Wasif; Roy, Bishwajit; Preety, Nazia Homaira; Mahtab, Farhan Bin (BARC University, 2017-12)
      Home automation system is becoming popular day by day all-over the world because of making life smoother and minimizing the work load. Considering the system’s contribution toward making daily life easier and strengthening ...
    • Digital pen with keyboard functionality 

      Raju, Yadil Alam; Rimon, Rakib Hassan; Mehedi, Md.Mohiuddin (BRAC University, 2017-08-20)
      Proposal for building a wireless digital pen, which can work like a keyboard but more elegantly with the help of gyro sensor and C++ program be used for writing in classrooms, conferences, at presentation or anywhere. This ...
    • Dynamic tra c management system via GPS and localization 

      Sadi, Sadman Hoque (BRAC University, 2017-08)
      Road intersections using tra c lights are the most common form of crossways that are used throughout the world. Mostly due to space limitations how- ever cities tend to be using intersections in road networks which are ...
    • Feasibility of waste to energy conversion in Bangladesh 

      Alam, Md Nahian Ibne; Ahmed, Wakil; Badhon, S.M. Shams Islam (2018-04-17)
      Bangladesh is one the fastest developing countries with lots of opportunities due to its rich natural resources and human power. With the governments vision of digital Bangladesh the usage of electronic equipment is ...
    • Grid connected hybrid solar system with MPPT charge controller 

      Islam, Azfarul; Protity, Saraf Wamia; Azam, Asif (BRAC University, 2016-08-16)
      The main work of our thesis is based on a charge controller that tracks the maximum power from the solar panel. This is done with the help of an algorithm (Perturb & Observe) and send that power to our respective load. The ...