Aprimora linguagem ATS e impacto
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@ -14,18 +14,18 @@ ltadeu6@protonmail.com | linkedin.com/in/ltadeu6 | github.com/ltadeu6
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\end{center}
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\section*{Summary}
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Bioprocess and Biotechnology Engineer focused on data, modeling, and applied research. Experience with Python (Pandas, NumPy), workflow automation, and experimental data analysis to support technical decision-making.
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Bioprocess and Biotechnology Engineer specialized in data and applied research, working at the interface between laboratory operations and data-driven decision making. Hands-on experience with Python (Pandas, NumPy), data cleaning, data analysis workflow, and automation of analytical routines.
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\section*{Experience}
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\textbf{Prati-Donaduzzi} \\
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Quality Control Analyst \hfill 2023 -- Present \\
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Quality Control Intern \hfill 2022 -- 2023
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\begin{itemize}[noitemsep]
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\item Perform assay (dosage) and impurity testing with a data-driven approach to quality decisions
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\item Operate 5 HPLCs (UV/Vis) and run about 10 analyses per day to ensure consistent analytical data
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\item Operational scale: operate 5 HPLCs (UV/Vis) and process about 10 analyses per day with consistent data quality
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\item Ensure analytical data quality for data-driven decision making in assay and impurity control
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\item Lead the first step of deviation investigations (OOS/OOT) with reanalysis and counter-samples after documentation checks
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\item Create workflow automation to speed up spreadsheet sharing and reduce execution time in analytical routines
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\item Use Empower and SAP for data recording, traceability, and result consolidation
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\item Automate spreadsheet sharing to reduce execution time in the data analysis workflow
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\item Use Empower and SAP for data logging, traceability, and result consolidation
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\end{itemize}
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\section*{Education}
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@ -35,16 +35,15 @@ Quality Control Intern \hfill 2022 -- 2023
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\section*{Research \& Projects}
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\begin{itemize}
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\item Capstone (TCC): built a computational tool (HTML, JavaScript) to support research and optimize fermentation parameters
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\item Implemented bioleaching parameter optimization in Python with data analysis, modeling, and visualization
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\item Built a quantitative device based on an electrochemical sensor using Arduino for signal acquisition and analysis
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\item Capstone (TCC): built a computational tool (HTML, JavaScript) to optimize fermentation parameters and organize research data
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\item Implemented bioleaching parameter optimization in Python with data cleaning, analysis, and visualization
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\end{itemize}
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\section*{Skills}
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\textbf{Data \& Programming:} Python, Pandas, NumPy, Data Analysis, Modeling, Regression, Neural Networks, Data Visualization \\
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\textbf{Laboratory:} Liquid Chromatography (HPLC), Karl Fischer, Biochemistry \\
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\textbf{Quality \& Processes:} GMP, GLP, Process Optimization, Continuous Improvement \\
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\textbf{Tools:} Empower, SAP, Excel, LaTeX, Linux, NixOS, Codex (AI) \\
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\textbf{Data \& Programming:} Python, Pandas, NumPy, Data Cleaning, Data Analysis, Data Visualization \\
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\textbf{Laboratory:} Liquid Chromatography (HPLC), Karl Fischer \\
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\textbf{Processes:} Process Optimization, Continuous Improvement \\
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\textbf{Tools:} Empower, SAP, Excel, Linux \\
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\textbf{Languages:} Portuguese, English
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\end{document}
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