Browsing by Author "Islam, Mohitul"

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Generation and Operation of Ashuganj Power Station Company LTD.
(Daffodil International University, 2018-12) Islam, Md. Rakibul; Islam, Mohitul
Bangladesh is a developing country. Where lifestyle is much more improving and the mills and factories are growing not accordingly but in a great number. We need electric energy like our daily food. Overwhelming increasing number of office, apartments, mills, factories, schools, colleges and universities needs more and more electric energy. Besides, electricity demands are uprising day by day. To meet up the increasing demand we need to generate huge amount of electricity and there is only way to face this challenge either we increase the number of Power Plant in our country or fully renovate the old Power Plant in operation. On the other hand, increasing the number of power plant will surely redeemed the scarcity of the electric energy but may be it would become the hardest thing for the common people. By calculating the efficiency and economic statement a tariff should be imposed which will may remove the hardness of common people. In the meantime APSCL is the biggest Power Plant in the country in the generation of electric energy according to the other generation company in Bangladesh so far. Its’ installed capacity is 1875 MW which is fully functional and more capacity will be installed soon. In this theses we will know from Generation to Distribution and Instruments they uses. We can also know how it is transferred and where it is transferred. This will lead us to know better about power plant generation. And also know the economic and environmental aspects of APSCL production Process.
KAK & KOKIL A Concept & Design of Dual Drone Operational System
(Daffodil International University, 2025-09-17) Islam, Mohitul; Baidya, Sohag
In this report, a design, development, and integration of a two-drone Unmanned Aerial Vehicle (UAV) system is given, composed of Kak and Kokil drones. Kak is a long-range reconnaissance and surveillance hybrid propulsion UAV, and Kokil is a smaller, tactical quadcopter, that specializes in operations at short ranges. The main aim of this project is to overcome the problem of designing UAVs that can be versatile to the military and civilian life because of balancing between long endurance and agilities. The Kak UAV employs a hybrid propulsion system to enable the switching of the jet engine to an electric one or vice versa to best suit high speed missions or stealth maneuvers. Kokil, an agent of Kak, is prepared to do quick reconnaissance of restricted or sensitive places. The engineering issues that had to be overcome included integration of payload, flight stability and power management. The dual UAV system incorporates both of these platforms to produce a versatile and affordable system to use in a wide range of mission profiles. Another technical aspect covered in this paper is the technical characteristics of the Kak and Kokil UAVs, their operational deployment and possible use in military and humanitarian missions.