Washington State University,
I am currently a graduate student in Washington State University and doing research on machine learning enabled intelligent E-nose system development
Washington State University, Vancouver, WA-98686.
AIMS Lab & CMED Health Ltd., Dhaka, Bangladesh.
Electrical and Electronic Engineering,
Khulna University of Engineering and Technology, Bangladesh.
This section includes all my certifications from online courses that I took so far
Stanford University - Coursera
deeplearning.ai - Coursera
deeplearning.ai - Coursera
My research interests include device design, fabrication, and machine learning based automation. I am also interested in robotics and control systems in different sectors such as power system, navigation, and sensing.
I have expertise in inkjet printing and fabricated many antennas and sensors using the Fujifilm Dimatix 2831 Inkjet Printer. I also have experiences working in Cleanroom devices including spin coating, photolithography, and sputtering. I have involvement in many embedded system based projects utilizing Arduino and Raspberry Pi.
I have sound knowledge in ANSYS HFSS, SolidWorks, AutoCAD, AutoDesk Eagle (PCB design), AutoDesk Maya and Proteus.
Listed below are some of the most representative projects I've worked on.
CPW-fed Super Wideband Antenna
A Rogers RT/Duroid 5880 substrate CPW-fed super wideband antenna has been designed as a course requirement. The antenna working frequency range has been simulated using Ansys HFSS software from 4.68GHz to 110GHz which falls under C, X, Ku, K, Ka, Q, V, and W bands including mmWave.
Color Based Object Recognizer Robotic Arm
It is model of industrial robotic arm which can sense color and make decision of where to put an object of specific color.
A system designed for reduction of the emission of CO2 from automobiles with the help of biological elements (Algae). The green tube is referring to the Algae storage where the filtered exhaust gas will be sent and Oxygen will be created by the photosynthesis which will then be provided in the engine for increasing efficiency.
Bluetooth Controlled Car
A bluetooth based Android controlled car model with gyroscopic control feature.
A low cost 3D printer model from old computer DVD reader.
All my research and review articles are listed below
Authors: Komol MMR, Sagar MSI, Mohammad N, Pinnow J, Elhenawy M, Masoud M, Glaser S, Liu SQ.
Applied Sciences. 2021; 11(16):7198.
Authors: Sagar MSI, Ouassal H, Omi AI, Wisniewska A, Jalajamony HM, Fernandez RE, Sekhar PK.
Electronics. 2021; 10(22):2752.
Authors: S. Dey, M. S. I. Sagar and M. A. Alam.
2019 5th International Conference on Advances in Electrical Engineering (ICAEE), 2019, pp. 555-559.
Authors: Younes, B., Sagar, M.S.I., Omi, A.I., Allison, N.R., Gedlick, D. and Sekhar, P.K.
Progress In Electromagnetics Research B 95 (2022): 103-121.