SSIs_Interview_Ahsan_Kabir_Nuhel.pdf

Transcript

1. 1 SSIs Interview Ahsan Kabir Nuhel Applicant’s Number: 76901
2. Academic background Bachelor of Science in Electrical and Electronics Engineering (2021) Development and Assistant Engineer, Automation and Design Department Professional background Assistant Engineer • Passionate about Academic Research • Loves Sport • Jamming music at leisure time Something about me Chittagong, Bangladesh Age: 24
3. Automotive Body Control Modules Machine to Machine Communication Smart city and IoT Autonomous Vehicles and smart Sensor SSIs Why SSIs and Major Trends
4. Smart Devices and Sensors Smart Systems for Factory Automation Smart Systems in AutonomousVehicles Research Interests
5. Relevant Research Projects ➢ Study on the Application of Microwave Imaging on the detection of Lungs Damage (Undergraduate Capstone Project) • A new UWB imaging method to study the abnormality of affected human lung has been Introduced. • The 3-D modeling of a human lung has been designed, and the switching algorithm of antennas for transmitting and receiving signals has been developed. • Percentage of damage detection by the received scattered signal from the human body surface is calculated by the image processing algorithm. • Rectangular patch antenna has been designed and the harmfulness of microwave imaging to determine lung damage is studied. • A safer and the lowest possible ionization exposure method is proposed for testing lung defects. ➢ Developing a Self-Driving Autonomous Car Using Artificial Intelligence Algorithm A fully automated driving system allows an autonomous vehicle to adapt to external conditions that a human driver would typically handle. In this study, a self-driving car will be constructed by simulating deep learning (DL), machine learning (ML), computer vision (CV), and conventional neural networks (CNN). In addition, the car will undergo real-time obstetrical on the roads and self-training to learn itself appropriately. In contrast, the fundamental principles of artificial intelligence and their relationship to the autonomous car are examined.
6. ➢ A PI Controller-based Water Supplying and Priority Based SCADA System for Industrial Automation using PLC-HMI Scheme A PI controller-based water supply System is designed using a programming logic controller (Siemens s7-1200), HMI (Siemens KTP basic 400) and factory IO 3D environment. The priority-based SCADA System has been introduced for the SMEs (Small and medium Enterprises) using the ladder logic, which will be useful for controlled power consumption. ➢ Designing and Performance-Analysis of a 3 DOF Robotic Manipulator Arm and its Higher Order Integration for 7 DOF Robotic Arm The primary objective of this study is to develop 3 Degree of freedom (DOF) robotic manipulator arm which will be efficient for industrial application; Then to design and implement the ideas in a simulation to integrate the functionalities into 7 DOF robotic arm. A custom-made controller is designed and evaluated by task execution. Finally, by analyzing different user defined work output parameters are analyzed. In addition to that, Dynamic model identification, as well as retrieved feasible parameters, is used for designing the robotic arm. Thank You! ➢ A Warning and Detection System for Elephant Intrusions utilizing Signal Processing and IoT This study presents a combined method for spotting elephants using sound and footstep vibrations. Using this technology, elephant horn and footstep vibrations will be detected. The project's outcomes can be viewed on ThingSpeak. This IoT server was utilized to store publicly accessible data for the mobile app. After successfully filtering and detecting sounds within the MATLAB model, graphical representations of the Input Sound, Elephant Sound, Background Sound, Input Vibration, Elephant Vibration, and Elephant Detection have been created.