Farhan Chowdhury

Sakib Mohammad

Ph.D. STUDENT

In biological investigations, machine learning has been widely employed for prediction and discovery. Machine learning methods, particularly deep learning approaches, have become more common as the availability of more and various types of omics data has increased. My job is to look at these data to find out patterns, likeness, and differences; anything that would help me to classify, segment them or detect any specific motif. This is particularly useful in analyzing morphology of cells which I am currently working with. In this lab my eventual goal is so combine AI with biology; automate disease detection and classification. When I am not working, I would spend my time with friend and families and play video games.

Rafee Akand

Ph.D. STUDENT

For me, combining the world of engineering and biology is a fascinating concept. Applying engineering knowledge to solve complex biological problems is very intriguing to me. Working in the healthcare industry for several years has solidified my passion for solving problems that help make the world better. At present, I am working on discovering biomaterials and studying their effects on cellular behavior.

When I am not working, I like spending time with my family and traveling. I am also a competitive powerlifter and am deeply interested in human strength potential.

Fayed Alshammari

Ph.D. STUDENT

Cell culture laboratory work has always been exciting for me, as it allows you to discover how and why cells work in the way they do, and for this reason, I have chosen to join the Mechano-Genomics lab- Professor Chowdhury's lab.

As human beings, we rely on intelligence and limitless curiosity to sustain our existence in such a complex society. Yet this existence is fragile, threatened by disease and the ticking time bomb of age, amongst other things, and yet seemingly held together by the principal and applications of biomedical science. The ability to apply laboratory-based science with machine learning interests me the most.

Sazid Noor Rabi

M.S. STUDENT

Driven by a deep passion for the intersection of biology and engineering, I joined this lab to explore the complex behaviors of cells under various conditions. Building on my background in mechanical engineering, along with my newly acquired expertise in cell and molecular biology, I aim to bridge these fields to advance our understanding of cellular dynamics. Currently, my research focuses on the innate immune response through the lens of mechanobiology. My experience in interdisciplinary research has not only broadened my perspective but also empowered me to develop my own project, blending my engineering insights with biological inquiry. As I continue to explore this exciting field, I am eager to uncover new ways to understand cellular processes, which may one day enhance our knowledge of the human body at the molecular level. Beyond research, I have a keen interest in landscape photography and multi-cuisine cooking. I also enjoy engaging in discussions and listening to podcasts that cover a wide array of topics.

Sydney Sarver

B.S. STUDENT

I have a profound interest in the biological sciences, how they pertain to human health, and how common medical practices can be improved in a personal way as a physiology major. Currently, I am taking my time in the lab to better understand the mechanobiology of cancer and stem cells as well as learn how mechanics can work in turn with standard biological laboratory procedure. I have a need for acquiring knowledge to better help others in my future; this lab will give me the avenue for not only becoming educated on new topics of interest but understanding them as well. I also thoroughly enjoy cats and art; which I believe are one in the same. 

Laura Carpenter

B.S. STUDENT

Integrating engineering with biology and medical science is an important issue for me. Health is not only based on the anatomical level but also down to the cellular and even molecular level. My particular interests lie in implantable and assistive technology in order to allow more people access to regular, quality healthcare. The cell mechanic focus of this lab allows me to get a solid structure for understanding operations of the human body. Outside of the lab I enjoy learning about cultural studies. I am also a bookworm that loves reading fiction and nonfiction alike.

Marlizeth Moreno-mendez 

B.S. STUDENT

[Under Construction]

Kaden Cook

B.S. STUDENT

My natural inclination to question the world around me has developed into a fervent passion for tackling challenging problems in diverse environments, regardless of scale or complexity. I am eager to immerse myself in the intellectual space this lab creates: the opportunity to apply engineering principles to further understand the mechanics behind biological processes. I am highly interested in the optimization of additive manufacturing methods and their potential for implementation through a wide range of industries, including mechanobiology.

Outside of the lab, I enjoy spending my time with family and my cats. Among my various hobbies, I often find myself studying, collecting, and identifying new and rare species of fungi.