Research Interests
Research Interests
Quantum Computing, Aerospace, Smart Materials, Mechatronics and Robotics
Quantum Computing, Aerospace, Smart Materials, Mechatronics and Robotics
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PUBLICATIONS
PUBLICATIONS
1. A K M Nayab-Ul-Hossain, Mohammad Naim Hassan, Sarkar A, Kaniz Fatima Mishfa, S. M. Kamrul Hasan. “Dyeing of 100% Cotton Fabric using Natural Dye, Mordant and Natural Finish.” International Conference on Mechanical, Industrial and Energy Engineering, KUET Paper No- ICMIEE18-208
1. A K M Nayab-Ul-Hossain, Mohammad Naim Hassan, Sarkar A, Kaniz Fatima Mishfa, S. M. Kamrul Hasan. “Dyeing of 100% Cotton Fabric using Natural Dye, Mordant and Natural Finish.” International Conference on Mechanical, Industrial and Energy Engineering, KUET Paper No- ICMIEE18-208
2. Nayab-Ul-Hossain AK, Sela SK, Hassan MN, Sarkar A. “Surface Modification of Ligno-Cellulosic Fiber (Jute) to Increase Electrical Conductivity.” 2020 Materials Letters: X. 2020 Mar 1; 5:100036.
2. Nayab-Ul-Hossain AK, Sela SK, Hassan MN, Sarkar A. “Surface Modification of Ligno-Cellulosic Fiber (Jute) to Increase Electrical Conductivity.” 2020 Materials Letters: X. 2020 Mar 1; 5:100036.
3. Momotaz, F, Sarkar A. and Hasan N.”Development of Biodegradable Plastics From Potato Starch With Enhanced Physico-Mechanical Properties Comparative to the Regular Plastic” International Textile and Apparel Association Annual Conference Proceedings 78(1)(2022)
3. Momotaz, F, Sarkar A. and Hasan N.”Development of Biodegradable Plastics From Potato Starch With Enhanced Physico-Mechanical Properties Comparative to the Regular Plastic” International Textile and Apparel Association Annual Conference Proceedings 78(1)(2022)
4. Momotaz F, Hasan N, and Sarkar A, 2022. “A Details study on: Developing Biodegradable Plastics from Potato Starch with Enhanced Physio-Mechanical Properties.”doi:10.21203/rs.3.rs-1240157/v1
4. Momotaz F, Hasan N, and Sarkar A, 2022. “A Details study on: Developing Biodegradable Plastics from Potato Starch with Enhanced Physio-Mechanical Properties.”doi:10.21203/rs.3.rs-1240157/v1
PROJECTS
PROJECTS
Role on this Project: Using deep learning to classify skin decease types using HAM1000 dataset. This popular dataset was an important asset in the field of medical science to pave the way for detecting skin disease in the earlier stages. The aim of this project was to create a prediction model to identify skin disease. Here total images used for training - 1400 The accuracy was ~64% The image size applied is 64x64 instead of 32x32 Activation Function Used: Softmax Optimizer: Adam Further Improvements might be added in the future.
Role on this Project: Using deep learning to classify skin decease types using HAM1000 dataset. This popular dataset was an important asset in the field of medical science to pave the way for detecting skin disease in the earlier stages. The aim of this project was to create a prediction model to identify skin disease. Here total images used for training - 1400 The accuracy was ~64% The image size applied is 64x64 instead of 32x32 Activation Function Used: Softmax Optimizer: Adam Further Improvements might be added in the future.
Role on this Project: CNN based Image recognition and segmentation are two important things in the research field. Here an attempt has been taken to create a Image-Musk segmentation model using the 'Human Segmentation Dataset'.
Role on this Project: CNN based Image recognition and segmentation are two important things in the research field. Here an attempt has been taken to create a Image-Musk segmentation model using the 'Human Segmentation Dataset'.
Dataset Link: https://github.com/VikramShenoy97/Human-Segmentation-Dataset
Role on this Project: To design and fabricate manipulator parts into optimum shape Using 3D Printer
Role on this Project: To design and fabricate manipulator parts into optimum shape Using 3D Printer
5. QISKIT-Docs Localization Translation in Bengali Language on Online based Agile service- crowdin.com
5. QISKIT-Docs Localization Translation in Bengali Language on Online based Agile service- crowdin.com
6. NASA Space Apps Challenge 2021. Achieved "Galactic Problem Solver" for submitting project.
6. NASA Space Apps Challenge 2021. Achieved "Galactic Problem Solver" for submitting project.
7. Android Webview Application of IBM Quantum Experience
7. Android Webview Application of IBM Quantum Experience
UNDERGRADUATE THESIS
UNDERGRADUATE THESIS
Thesis title: “An Approach for Solving Radiation Problem in Space”
Thesis title: “An Approach for Solving Radiation Problem in Space”
Research Supervisor: Alberuni Aziz, Assistant Professor, Department of Textile Engineering
Research Supervisor: Alberuni Aziz, Assistant Professor, Department of Textile Engineering
Description: This thesis work was focused on protecting the astronauts and nanosatellites from GCR radiation up to certain radiation doses. To conduct the research, numerical analysis, and topology optimization was carried out on the prepared CAD model of the robotic arm. After that, 3D printing technology was implemented to fabricate the optimized model and the radiation protective nanocomposites were developed.
Description: This thesis work was focused on protecting the astronauts and nanosatellites from GCR radiation up to certain radiation doses. To conduct the research, numerical analysis, and topology optimization was carried out on the prepared CAD model of the robotic arm. After that, 3D printing technology was implemented to fabricate the optimized model and the radiation protective nanocomposites were developed.
Figure: Nano Composite Preparation and 3D Printed Arm Block Testing Through UTM
Some Memorable Moments while working on projects
Some Memorable Moments while working on projects
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