My research focuses on engineering stimuli-responsive polymer nanogels and nanocarrier systems for precision drug and gene delivery, sitting at the interface of polymer chemistry, nanomedicine, and synthetic biology. My work spans the design of pH-, redox-, and enzyme-responsive nanogels for controlled therapeutic release; CRISPR/Cas9 ribonucleoprotein delivery platforms for gene editing in skin and epithelial tissue models; chemoenzymatic cascade nanoreactors that couple enzymatic catalysis with synthetic polymer chemistry; and theranostic nanocarriers that integrate diagnostic imaging with responsive therapy for real-time treatment monitoring. I am broadly interested in translating fundamental polymer design into clinically relevant delivery solutions, including intraarticular and mucosal drug delivery, and in leveraging AI-assisted computational tools to accelerate the design-to-translation pipeline for next-generation nanomedicines.