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Ph.D. in Mechanical Engineering
Yeungnam University, South Korea
Thesis topic: A Study on Machine Learning-Based Control and Fault Detection Methods in Roll-To-Roll Manufacturing Systems
August 22, 2025
As a self-assured individual with a robust personality and sound decision-making abilities, I am committed to fulfilling my duties and responsibilities with diligence and dedication. Notably, I have served as a courteous and respected Marine officer at the Bangladesh Marine Academy. In addition to this, I have accumulated significant experience in diverse freelancing endeavors, including website development and academic article writing. Furthermore, I have earned both an undergraduate and a master’s degree in the Mechanical Engineering field from a reputable South Korean university. At present, I am pursuing a doctoral degree at the Mobility Control Laboratory, where I am conducting research on Reinforcement Learning Controller to advance the next generation of automobiles and robotics.
I can possess an impressive ability to work hard and persevere through challenges. With determination and a strong work ethic, I am capable of achieving great things and pushing through even the toughest of obstacles.
I know my ability and weekness to I am always motivated about going ahead of my life and I always like to choose the creative path for that
Leadership is a process of educating self and a continuous process. I like to lead team with team work and motivate them about the bigger goal
I have the ability to understand and share the feelings of others. This allows me to build strong relationships, form meaningful connections, and provide emotional support to those in need.
I have the ability to bounce back from setbacks, overcome adversity, and persevere through difficult times. I can possess an inner strength that allows me to push through challenges and emerge stronger on the other side.
Yeungnam University, South Korea
Thesis topic: A Study on Machine Learning-Based Control and Fault Detection Methods in Roll-To-Roll Manufacturing Systems
Yeungnam University, South Korea
Thesis topic: AUTONOMOUS MOTION CONTROL OF MOBILE ROBOT USING ROBOT OPERATING SYSTEM
Yeungnam University, South Korea
Thesis topic: Development of a Low-Cost Intelligent Tank Robot for Line Tracking and Vision-Based Navigation
PaiChai University, South Korea
A Neaz, EH Lee, MA Noman, K Cho, K Nam (2025). “Integrated Cascade Control and Gaussian Process Regression–Based Fault Detection for Roll-to-Roll Textile Systems.” Machines 13 (7), 548
Read Paper →FF Amio, N Ahmed, S Jeong, I Jung, K Nam (2024). “Optimizing precision material handling: Elevating performance and safety through enhanced motion control in industrial forklifts.” Electronics 13 (9), 1732
Read Paper →A Neaz, EH Lee, TH Jin, KC Cho, K Nam (2023). “Optimizing yarn tension in textile production with tension–position cascade control method using Kalman filter.” Sensors 23 (12), 5494
Read Paper →A Neaz, S Lee, K Nam (2023). “Design and implementation of an integrated control system for omnidirectional mobile robots in industrial logistics.” Sensors 23 (6), 3184
Read Paper →Ahmed Neaz, MH Kim, EH Lee, TH Jin, KH Nam (2022). “Robust Tension Control of Modern Winder-unwinder Creel System Using Kalman Filter.” 한국정밀공학회 학술발표대회 논문집, 44-44
View Proceeding →아메드, 니아즈, 이선엽, 남강현 (2021). “Automatic Navigation and Motion Control of Mobile Robots Based on ROS and Labview.” IROS
View Proceeding →Neaz, A., Choi, H., Kim, J. (2019). “A robust model predictive control for autonomous vehicle trajectory tracking.” American Control Conference (ACC)
View Proceeding →Development and demonstration of an integrated remote management platform for industrial manufacturing equipment.
Research on driving control algorithms for advanced 4-wheel independent steering mobility platforms.
Development of a dual motor Electric Vehicle Transmission (EVT) for 500kg payload pickup utility electric vehicles.
Design and manufacturing of a control system for an autonomous driving Rack-assist Motor Driven Power Steering module.
Development of an integrated steering control system for agricultural machinery.
Arduino, Raspberry Pi, STM32, myRIO, Quenser
Plugin Creating, Elementor, Front-end, Back-end
Inventor 3D, Ansis, Creator Pro, Simscape Multibody
Programming C, C++, HTML, CSS, PHP
Matlab coding and Simulink for data analysis and control algorithms
LQR, MPC, Robust Control, Reinforcement Learning Control, Pole Placement
Robot Operating System for Automation and SLAM
Engineering Design, Section, Elevation, Machine Design
Data analysis, machine learning, Open CV, Neural network
NI LabVIEW block code programming, control, and HMI interface making.
Adobe illustrator, premiere pro, animate, Microsoft Clipchamp
SCI journals, Academic report
Robot Operating System for Automation and SLAM
Engineering Design, Section, Elevation, Machine Design
Matlab coding and Simulink for data analysis and control algorithms
Arduino, Raspberry Pi, STM32, myRIO, Quenser
Inventor 3D, Ansis, Creator Pro, Simscape Multibody
LQR, MPC, Robust Control, Reinforcement Learning Control, Pole Placement
Data analysis, machine learning, Open CV, Neural network
Plugin Creating, Elementor, Front-end, Back-end
Programming C, C++, HTML, CSS, PHP
NI LabVIEW block code programming, control, and HMI interface making.
Native
General and Academic
General and Academic
The beauty of ink lies not only in its permanence on paper but in its ability to capture fleeting thoughts and emotions, leaving a tangible record of our innermost selves.
© 2025 The Insightful Ink Walk by AHMED NEAZ.