Reescreve curriculos com foco ATS

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ltadeu6 2026-04-06 20:08:19 -03:00
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@ -14,18 +14,18 @@ ltadeu6@protonmail.com | linkedin.com/in/ltadeu6 | github.com/ltadeu6
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\section*{Summary}
Bioprocess and Biotechnology Engineer focused on data and applied research. Experience in pharmaceutical quality control with a strong background in data analysis, programming (Python), and workflow automation.
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.
\section*{Experience}
\textbf{Prati-Donaduzzi} \\
Quality Control Analyst \hfill 2023 -- Present \\
Quality Control Intern \hfill 2022 -- 2023
\begin{itemize}[noitemsep]
\item Perform assay (dosage) and impurity testing in quality control routines
\item Operate 5 HPLCs (UV/Vis) and run about 10 analyses per day in pharmacopeial and locally developed methods
\item Lead the first step of deviation investigations (OOS/OOT) with reanalysis and counter-samples
\item Create workflow automation in HPLC operations to speed up spreadsheet sharing
\item Use Empower and SAP for analysis workflows and records
\item Perform assay (dosage) and impurity testing with a data-driven approach to quality decisions
\item Operate 5 HPLCs (UV/Vis) and run about 10 analyses per day to ensure consistent analytical data
\item Lead the first step of deviation investigations (OOS/OOT) with reanalysis and counter-samples after documentation checks
\item Create workflow automation to speed up spreadsheet sharing and reduce execution time in analytical routines
\item Use Empower and SAP for data recording, traceability, and result consolidation
\end{itemize}
\section*{Education}
@ -35,14 +35,15 @@ Quality Control Intern \hfill 2022 -- 2023
\section*{Research \& Projects}
\begin{itemize}
\item Develop a computational tool to facilitate research and optimize parameters in fermentation processes (capstone, TCC) using HTML and JavaScript
\item Implement bioleaching parameter optimization in Python
\item Build a quantitative device based on an electrochemical sensor using Arduino
\item Capstone (TCC): built a computational tool (HTML, JavaScript) to support research and optimize fermentation parameters
\item Implemented bioleaching parameter optimization in Python with data analysis, modeling, and visualization
\item Built a quantitative device based on an electrochemical sensor using Arduino for signal acquisition and analysis
\end{itemize}
\section*{Skills}
\textbf{Data \& Programming:} Python, Data Analysis, Modeling, Regression, Neural Networks \\
\textbf{Data \& Programming:} Python, Pandas, NumPy, Data Analysis, Modeling, Regression, Neural Networks, Data Visualization \\
\textbf{Laboratory:} Liquid Chromatography (HPLC), Karl Fischer, Biochemistry \\
\textbf{Quality \& Processes:} GMP, GLP, Process Optimization, Continuous Improvement \\
\textbf{Tools:} Empower, SAP, Excel, LaTeX, Linux, NixOS, Codex (AI) \\
\textbf{Languages:} Portuguese, English