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| - \section{About} |
| 209 | + \section{Summary} |
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272 | 272 | }
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273 | 273 | \textbf{Microchip Technology}, \textit{Embedded Software Engineer — Full-time — Hybrid}
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274 | 274 | \begin{highlights}
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275 |
| - \item Collaborated on developing and testing various embedded systems solutions, contributing to the project design, integration, and validation. |
| 275 | + \item Collaborated with cross-functional teams across multiple countries to design, integrate, and validate embedded system solutions, fostering efficient communication and successful project delivery. |
| 276 | + \item Designed and validated embedded systems for PIC/AVR microcontrollers, focusing on integration and functional testing to meet system reliability goals. |
276 | 277 | \item Designed and implemented a pipeline system using Jenkins and Docker to perform unit testing, mocking and coverage metrics extraction within an emulation environment for embedded solution projects.
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277 | 278 | \item Developed and updated low-level peripheral drivers for PIC and AVR microcontrollers, implementing unit tests using \href{https://www.throwtheswitch.org/unity}{Unity} and mocks using \href{https://github.com/ThrowTheSwitch/CMock}{CMock} to ensure driver reliability and functionality.
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278 | 279 | \item Created and tested GUI-based code generation tools for new peripherals using TypeScript for development and FreeMarker for templates, leveraging an internal framework.
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279 | 280 | \item Authored and helped with Application Notes and Technical Brief documents, including developing associated coding examples and hardware demos.
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| - \item Acquired experience with DITA-based structured content authoring and management tools by using Tridion Docs for documentation creation. |
| 281 | + \item Utilized DITA-based Tridion Docs to create structured documentation, ensuring consistency and compliance with Microchip’s technical writing standards. |
281 | 282 | \end{highlights}
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282 | 283 | \end{twocolentry}
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283 | 284 |
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293 | 294 | }
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294 | 295 | \textbf{Microchip Technology}, \textit{Intern Embedded Applications — Internship — On-site}
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295 | 296 | \begin{highlights}
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296 |
| - \item Completed onboarding training in embedded systems fundamentals, covering key topics such as microcontrollers, interrupts, and communication protocols (UART, I2C, and SPI). |
| 297 | + \item Mastered embedded systems fundamentals, including microcontroller programming, interrupts, and communication protocols (UART, I2C, SPI), enabling swift integration into ongoing projects. |
297 | 298 | \item Developed an \href{https://github.com/cristiancristea00/environmental-station}{Environmental Station} embedded project during a mandatory university apprenticeship, integrating sensor data acquisition, processing, and real-time monitoring.
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298 | 299 | \item Gained initial experience with Agile software development methodology through the Scrum process, acquiring a practical understanding of iterative development and team collaboration.
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299 | 300 | \item Familiarised myself with Agile-oriented tools from Atlassian, including Jira, Bitbucket, and Confluence, as well as the DevOps tool Jenkins.
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