Biomedical Engineer specializing in bioinformatics and cheminformatics, with experience in computational research and drug development. His work combines genomic data analysis with molecular modeling to identify new therapeutic candidates. He is an expert in handling NGS pipelines, genomic analysis software such as Blast, and programming languages like Python and R for creating predictive models and analyzing biological data.

William has experience in the field of drug discovery. He employs molecular modeling, docking, and molecular dynamics simulations to investigate the interactions between active components and their protein targets. He is proficient in specialized software such as Autodock, Gromacs, and PyRx for drug design and optimization. Currently, he applies these skills as a Research Supervisor on the "Herb Protein Project," where he leads computational analysis to develop innovative medicines from herbal compounds.

His practical experience covers cancer genomics, including the analysis of genomic and epigenetic alterations, metagenomics, RNA sequence analysis, and microbial genomics. Furthermore, he possesses a solid foundation in clinical diagnostics, with knowledge in histopathology, biochemistry, and flow cytometry, which allows him to understand the biological context of his computational research.

As a graduate student in Biomedical Engineering from Yachay Tech University, William remains at the forefront of innovation, closely following advancements in molecular oncology, drug development, immunology, and neuroscience.