Mubarak Ayinla

My work begins at the molecular level. Rooted in organic synthesis, my research spans from the construction of dynamic polymer systems, macrocyclic architectures, and porous organic materials to the design of bioactive small molecules, including nor-pyochelin analogs engineered to disrupt iron metabolism in multidrug-resistant pathogens. I design and synthesize covalent organic frameworks (COFs) and functional materials through dynamic covalent chemistry and targeted post-synthetic modification. My research brings together organic synthesis, polymer chemistry, materials science, and data-driven strategies to engineer functional systems with applications in energy, health, and environmental remediation.

Synthesis and characterization are two sides of the same coin in my workflow. Structural and analytical data feed directly back into synthetic decisions, ensuring every molecule and material is not just made but understood. The applications I target demand performance under real-world conditions, and that focus drives the research.

My approach integrates structured process improvement principles that sharpen experimental reproducibility and accelerate discovery. Beyond the bench, I am actively building proficiency in artificial intelligence and machine learning, with growing interest in how these tools can be applied across scientific and real-world domains. At the University of Massachusetts Lowell, I conduct postdoctoral research at the intersection of chemistry, materials innovation, and applied impact, where molecular design meets real-world problems worth solving.