Experienced chemist and biochemical engineer with extensive expertise in biopolymer modification and characterization, inorganic and synthetic chemistry, and polyelectrolyte complex-based hydrogel synthesis. Proficient in quantum mechanics calculations using density functional theory, nitric oxide chemistry and biology, DNA and protein isolation and characterization, and static and dynamic cell culture. Key Strengths includes: controlled tailoring and characterization of polymers for biomedical applications, including hydrogel, nano, and microparticle synthesis amp; evaluating material properties and biocompatibility using 2D and 3D cultures amp; investigating downstream effects of treatments on cells amp; synthesizing and modifying metalloporphyrin structures and characterizing their properties amp; in vitro detection of reactive nitrogen species amp; designing bioreactors for efficient bacterial and mammalian cell propagation amp; leveraging academic research to create solutions in bioprocessing and targeted pharmaceutical delivery amp; analyzing blood components using various analytical techniques. Additional Skills includes: dynamic lab management ensuring a smooth and safe working environment under GLP regulations amp; high motivation, excellent organizational, teamwork, and communication skills amp; demonstrated ability to work under pressure to deliver projects timely, with meticulous planning.