Experience

Pine Biotech - Applied Learning. Applied Analytics

• United States
• Biotechnology Research
• 1 - 100 Employee

• Big Data Analyst - Bioinformatic

  • Jul 2020 - Present

  - Mastering the T-Bioinfo Cloud-based Bioinformatics Platform. - Application of Bioinformatics to BIG high-throughput "OMIC" data. - Understanding of NGS data: Mutation Variants, Gene Expression, Metagenomics. - Expertise with biostatistical tools and Machine learning concepts for biomedical projects. - Effective use of Functional Annotation and Biological Interpretation tools like Pathway analysis. - Cutting EDGE research with Supervised and Unsupervised Multi-Omics… Show more - Mastering the T-Bioinfo Cloud-based Bioinformatics Platform. - Application of Bioinformatics to BIG high-throughput "OMIC" data. - Understanding of NGS data: Mutation Variants, Gene Expression, Metagenomics. - Expertise with biostatistical tools and Machine learning concepts for biomedical projects. - Effective use of Functional Annotation and Biological Interpretation tools like Pathway analysis. - Cutting EDGE research with Supervised and Unsupervised Multi-Omics Integration. Show less - Mastering the T-Bioinfo Cloud-based Bioinformatics Platform. - Application of Bioinformatics to BIG high-throughput "OMIC" data. - Understanding of NGS data: Mutation Variants, Gene Expression, Metagenomics. - Expertise with biostatistical tools and Machine learning concepts for biomedical projects. - Effective use of Functional Annotation and Biological Interpretation tools like Pathway analysis. - Cutting EDGE research with Supervised and Unsupervised Multi-Omics… Show more - Mastering the T-Bioinfo Cloud-based Bioinformatics Platform. - Application of Bioinformatics to BIG high-throughput "OMIC" data. - Understanding of NGS data: Mutation Variants, Gene Expression, Metagenomics. - Expertise with biostatistical tools and Machine learning concepts for biomedical projects. - Effective use of Functional Annotation and Biological Interpretation tools like Pathway analysis. - Cutting EDGE research with Supervised and Unsupervised Multi-Omics Integration. Show less



BDG LifeSciences

• Biotechnology Research
• 1 - 100 Employee

• Researcher

  • Mar 2020 - Present

  - Performed molecular modeling & drug discovery technique by mgl tools. - Analyzed drug target . - Performed virtual screening. - Generated ligands in- silico. - Converted files- .mol to .pdb. - Optimized protein & Minimized energy. - Perform molecular docking. - Created .gpf and .dpf files. - Selected inhibitors on the basis of delta G. - Analyzed structures / H-bond/Atomic-level. - Predicted molecular properties - Predicted Biological activity - Conducted… Show more - Performed molecular modeling & drug discovery technique by mgl tools. - Analyzed drug target . - Performed virtual screening. - Generated ligands in- silico. - Converted files- .mol to .pdb. - Optimized protein & Minimized energy. - Perform molecular docking. - Created .gpf and .dpf files. - Selected inhibitors on the basis of delta G. - Analyzed structures / H-bond/Atomic-level. - Predicted molecular properties - Predicted Biological activity - Conducted ADMET- Bioavailability-LD 50-AMES Testing Show less - Performed molecular modeling & drug discovery technique by mgl tools. - Analyzed drug target . - Performed virtual screening. - Generated ligands in- silico. - Converted files- .mol to .pdb. - Optimized protein & Minimized energy. - Perform molecular docking. - Created .gpf and .dpf files. - Selected inhibitors on the basis of delta G. - Analyzed structures / H-bond/Atomic-level. - Predicted molecular properties - Predicted Biological activity - Conducted… Show more - Performed molecular modeling & drug discovery technique by mgl tools. - Analyzed drug target . - Performed virtual screening. - Generated ligands in- silico. - Converted files- .mol to .pdb. - Optimized protein & Minimized energy. - Perform molecular docking. - Created .gpf and .dpf files. - Selected inhibitors on the basis of delta G. - Analyzed structures / H-bond/Atomic-level. - Predicted molecular properties - Predicted Biological activity - Conducted ADMET- Bioavailability-LD 50-AMES Testing Show less



International University - VNU HCMC

• Vietnam
• Higher Education
• 200 - 300 Employee

• University Research Assistant - The Applied Chemistry Department

  • Oct 2019 - Mar 2020

  - Performed extraction from plant materials. - Measured Antioxidant Activity. - Conducted TLC testing. - Operated Encapsulation process. - Operated nano-particle wet milling process.

• Biotechnologist

  • Jan 2015 - Mar 2020

• University Teaching Assistant - The Applied Chemistry department

  • Feb 2018 - Jun 2018

  - Elected as teaching assistant of Organic Chemistry class - Supported Professor's lectures - Checked student's homework - Organized and Prepared TA's class - Answered student's question about lectures and homeworks