Abdullah All Mamun Anik
Abdullah All Mamun Anik is an Engineer in the discipline of Industrial & Production Engineering (IPE) from Military Institute of Science & Technology(MIST). He have received IEOM Best Paper Award(Modeling & Simulation)-2023 in the13th International Conference on Industrial Engineering and Operations Management. Manila, Philippines for the research work, "Solar Technology Enabled Operational Robot: An Interconnected Cybernetics System with (IoV) and Multidisciplinary Implementation for An Intelligent Robot Control and Monitoring System". Recently, he has been selected for the MIT Innovation Leadership Bootcamp 2022, U.S.A from Bangladesh. He also selected for Junior Research Fellow, SPARRSO, Ministry of Defence, Bangladesh. There, he will lead his research work entitled “Design and Fabrication of An Intelligent MARS Rover Curiosity Robot”. He has completed his undergraduate thesis work on ‘IoT Based Mechanized Industrial Automation Robot”. He solved the global supply chain case competition case on “FMCG Products” and received 60% Scholarship from ISCEA in 2021. He and his team members business case solution took their team in the Global Hult Prize Competition “On Campus 2020” Final.s His research work entitled “IoT Based Mechanized Robot; An Integrated Process Involving Multipurpose Control, Automation and Surveillance System” has been published in the “IEEE International Conference on Service Operations and Logistics, and Informatics, SOLI-2021”, Singapore. It achieved the prestigious “Best Paper Award” and was declared as a “Global Winning Team” in that International Conference out of 84 finally selected teams for live camera presentation around the whole world. He have received MIST Best Engineering Project (ME Faculty) Award from respected “Education Minister of Bangladesh” on 27 January 2020. He also received Commandant’s Commendation Certificate, Prestigious MIST Medal and MIST Achiever’s Award from MIST Commandant on February 2020. He served as Executive Director(Research & Development), MIST Innovation Club(March 2020- March 2021) and contributed some innovative works in the research and development area. He presented his several research work in Institution of Engineers, Bangladesh- IEB, Bangladesh Council of Scientific and Industrial Research-BCSIR Congress & Military Institute of Science & Technology- MIST, Bangladesh. He shared his successful journey in the IEEE YESIST12 Grand Finale 2022 at SVCE, Bengaluru, India. He is a member of IEEE, IEOM, ESAB & IEB.
Supervisors: Professor Dr. Abdul Gafur, Principal Scientific Officer, BCSIR, Ministry of Science and Technology, Bangladesh, Brigadier General Md. Sanuwar Uddin Commandant, EME Centre & School, Saidpur Cantonment, Former Head of the department, Industrial and Production Engineering, MIST, Mirpur Cantonment, Brigadier General Md. Awal Khan, Professor & Head of the department, Industrial and Production Engineering, MIST, Mirpur Cantonment, Lieutenant Colonel Md. Faisal Kader, Ph.D, EME Associate Professor, Department of Nuclear Science & Engineering, MIST, Mirpur Cantonment, Lieutenant Colonel Muhammed Enamul Hoque, psc, EME General Manager, Sena Edible Oil Industries, Enayetnagar, Ponchoboti, Fatulla, Narayangonj, and Major Adib Bin Rashid, EME Assistant Professor, Industrial and Production Engineering, MIST, Mirpur Cantonment.
Phone: +8801716504202
Address: 8/1, Surjokiron, Dendabor Notun Para,Savar DOHS,Savar Cantonment
Dhaka-1344
Supervisors: Professor Dr. Abdul Gafur, Principal Scientific Officer, BCSIR, Ministry of Science and Technology, Bangladesh, Brigadier General Md. Sanuwar Uddin Commandant, EME Centre & School, Saidpur Cantonment, Former Head of the department, Industrial and Production Engineering, MIST, Mirpur Cantonment, Brigadier General Md. Awal Khan, Professor & Head of the department, Industrial and Production Engineering, MIST, Mirpur Cantonment, Lieutenant Colonel Md. Faisal Kader, Ph.D, EME Associate Professor, Department of Nuclear Science & Engineering, MIST, Mirpur Cantonment, Lieutenant Colonel Muhammed Enamul Hoque, psc, EME General Manager, Sena Edible Oil Industries, Enayetnagar, Ponchoboti, Fatulla, Narayangonj, and Major Adib Bin Rashid, EME Assistant Professor, Industrial and Production Engineering, MIST, Mirpur Cantonment.
Phone: +8801716504202
Address: 8/1, Surjokiron, Dendabor Notun Para,Savar DOHS,Savar Cantonment
Dhaka-1344
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Papers by Abdullah All Mamun Anik
Keyword: Li-Fi, IoT, Digital Display, Transmission, Industry 4.0
humans.The capability of a wirelessly controlled robot and it's sensor to navigate its environment necessitates a diverse set of sensors such as location tracking, camera observation system,humidity and
temperature monitoring sensor, obstacle avoidance sensor,infrared sensors data collection, proximity sensor and flame sensors information collection and monitoring system.In this research work, we have integrated Internet of Things,Text message and Speech Recognition System through digital display where we can see different intelligent sensors real time data and information within a short time.Text message and speech recognition command will help us to make command and control remotely controlled vehicles in a easy way.Digital display shows various sensors data,important text message information and speech recognition
based command through IoT device.This innovative digital display can be used in public transportation places like bus stops, train stations, and even airports.Speech recognition operated electronic displays may use in educational settings such as schools,colleges, and university campuses as well as large shopping malls and exclusive shops to display essential information such as exam schedules,exam result announcements, notices,event notifications, and market product details.This research work is developed for real time data fetching from the hardware device using sensors and storing data in the web server, and sending notifications by using IoT Integrated system and digital display. We can control and automate the system through text message and speech recognition enabled command. This system offers a complete, low cost, powerful and user friendly way of real-time monitoring and remote control system of a remotely controlled vehicle.