Hi, I’m Tipu Sultan, a Ph.D. candidate at Clarkson University. I am deeply passionate about the universe, science, engineering, and art.

Looking back on my life, I’ve realized that my dream is to integrate artificial intelligence with robotics and automation to solve complex global problems. I’m passionate about inspiring the next generation in these fields. Beyond my research, I love traveling, especially to oceans and mountains, and enjoy activities like hiking, camping, and cooking. Spending time with my family and friends brings me great joy, and as a hobby, I play guitar, sometimes sing, and challenge myself by solving different-shaped Rubik's cubes.

I am originally from Bangladesh and earned my bachelor's in mechanical engineering from the Bangladesh University of Engineering and Technology. A key highlight was leading the Mechanical Arm Team for our Mars Rover project in the Universal Rover Challenge. My interest in robotics and automation grew from my sophomore year, and I competed in events like Robomania V3.0 and Robowar 2017. I also explored supply chain optimization, earning a scholarship and winner in the ISCEA PTAK Prize contest. For my thesis, I focused on the frictional behavior of polymeric materials in tribology.

I am currently in the final year of my PhD (Candidate) in the Mechanical Engineering Department of Clarkson University, where my research centers on advanced manufacturing quality monitoring using Ultrasonic Non-Destructive Evaluation (NDE) techniques, integrating Artificial Intelligence (AI) with automation and robotics. My work focuses on improving product quality and processes using Six Sigma, Quality by Design (QbD), and Process Analytical Technology (PAT) in industries like pharmaceuticals, additive manufacturing, and semiconductors. I have conducted both experiment and computational analysis of wave propagation in composite medium to characterize the mechanical and microstructural properties. I have implemented Laser-Induced Plasma (LIP) shock wave techniques for nano-micro particle removal in 3D-printed parts and silicon wafers, alongside pioneering machine learning-based solutions for inverse mathematical problems. Additionally, I collaborate on biometrics research, including ear recognition and post-mortem iris segmentation with my expertise in Deep Learning. To date, I have published 15 peer-reviewed articles in respected journals.

I have been fortunate to work on impactful projects and contribute to various organizations. Alongside my academic career, I remain actively involved in community service. During my senior year of undergraduate studies, I taught the Introduction of Robotics course through the BUET Robotics Club, promoting robotics to students. In 2021, I mentored students in mechanical design as part of the Presidential Challenge. I've also had the honor of serving as a certified judge for the FIRST Tech Challenge (FTC), New York in 2022 and 2023. I was an E-board member of the Clarkson University Graduate Students Association (2023-2024), earning the Phalanx Award for my commendable service, and served as president of the Bangladeshi Students Association. Additionally, I have mentored students through the Clarkson University 3D Printing Club and supported many undergraduate and master’s students in their research.

I hope you enjoy browsing this website and discovering more about my interests and work. Please feel free to reach out to me with any questions or comments.

Stay happy!