HERI HERYAWAN
Address: KP.LEMBUR AWI RT 02 RW 08 DESA MARUYUNG
Date of Birth: 10 August, 1983.
Phone: +62 83844380758
Email. Josephbrigid6@gmail.com
Professional Summary
Dedicated and skilled chemist with over 6 years of experience in analytical chemistry, chemical
research, and data analysis. Proficient in advanced chemical techniques such as spectroscopy,
chromatography, and chemical modeling. Experienced in designing experiments, optimizing
chemical processes, and applying computational tools to solve complex chemical problems.
Proven track record of contributing to materials development, environmental analysis, and
pharmaceutical innovations. Passionate about advancing sustainable chemistry solutions and
driving innovation in chemical research.
Key Skills
      Laboratory Techniques: GC-MS, HPLC, FTIR, NMR, UV-Vis Spectroscopy, Titration,
       Crystallization, Distillation
      Analytical Chemistry Tools: ChemDraw, OriginPro, MATLAB, SPSS
      Computational Chemistry: Molecular Docking, Density Functional Theory (DFT), QSAR Modeling
      Synthetic Chemistry: Organic Synthesis, Polymer Chemistry, Catalysis, Reaction Mechanism
       Elucidation
      Data Analysis & Visualization: Python, R, Tableau, Matplotlib, Seaborn
      Regulatory Knowledge: GMP, GLP, OSHA, ISO 17025
Professional Experience
Analytical Chemist
Bioinformatics Research Center — Bandung, Indonesia
July 2021 – Present
      Developed and validated analytical methods for chemical compound analysis using GC-MS and
       HPLC, increasing accuracy by 30%.
      Conducted chemical and environmental studies, resulting in the identification of novel
       compounds for sustainable materials development.
      Collaborated with cross-functional teams to optimize chemical processes for pharmaceutical
       applications.
      Published findings in peer-reviewed chemistry journals, contributing to advancements in
       materials and environmental chemistry.
Research Chemist
Genomics Institute of Indonesia — Jakarta, Indonesia
May 2017 – June 2021
      Designed and implemented workflows for high-throughput chemical analysis, reducing
       processing time by 25%.
      Synthesized and characterized organic compounds for pharmaceutical and industrial
       applications.
      Applied computational chemistry techniques (e.g., molecular docking, DFT) to predict molecular
       interactions and reaction mechanisms.
      Supervised and trained junior chemists on advanced laboratory techniques, improving team
       productivity.
Molecular Chemistry Research Associate
Environmental Research Institute — Surabaya, Indonesia
May 2015 – April 2017
      Conducted chemical analysis of environmental samples, identifying pollutants using FTIR and
       UV-Vis spectroscopy.
      Designed and optimized reaction protocols for the synthesis of environmentally friendly
       polymers.
      Partnered with academic institutions to study the impact of chemical pollutants on ecosystems.
      Authored detailed technical reports and presented findings to stakeholders and collaborators.
Education
Master of Biochemistry (M.Tech) in Chemistry
University of Indonesia — Jakarta
Graduated: 2015
Bachelor of Chemistry (B.Tech)
Padang State University — Padang
Graduated: 2013
Certifications
      Certified Analytical Chemist — Coursera, 2020
      Advanced Organic Chemistry Certification — EdX, 2019
      Spectroscopy and Spectral Analysis Certification — HarvardX, 2021
Key Projects
   1. Chemical Process Optimization
          o   Developed and optimized chemical synthesis workflows for pharmaceutical compounds,
              reducing reaction time and improving yield by 20%.
   2. Environmental Pollutant Analysis
          o   Conducted FTIR and GC-MS analysis to detect and quantify pollutants in soil and water
              samples, contributing to environmental remediation strategies.
   3. Polymer Development for Sustainability
          o   Synthesized and characterized biodegradable polymers for industrial applications,
              emphasizing environmental sustainability.
   4. Molecular Docking and Reaction Mechanism Study
          o   Applied computational chemistry techniques to predict reaction mechanisms and
              molecular interactions for drug development.
Additional Information
      Open-Source Contributions: Active contributor to chemistry modeling projects on GitHub.
      Public Speaking: Speaker at chemistry and materials science conferences, including the Jakarta
       Chemistry Summit 2023.
Languages
      English: Fluent
      Indonesian: Fluent