Raquel G. Rocha

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About

Raquel G. Rocha is an emerging researcher at the forefront of electroanalytical chemistry and laboratory automation, with a particular focus on democratizing access to advanced analytical technologies through innovative engineering approaches. Her work centers on the development of low-cost, scalable instrumentation designed to overcome the financial and technological barriers faced by researchers in developing regions. Among her most notable contributions is the creation of a robotic plasma system capable of rapidly activating mass-produced electrochemical sensors, including 3D-printed electrodes, offering an ecofriendly and standardized solution for enhancing electrode performance in routine analytical applications. This work has already garnered 5 citations since its 2025 publication, reflecting its immediate relevance to the field. Complementing this, her 3D-printed liquid handling robot demonstrates her commitment to accessible laboratory automation, enabling the development of versatile and affordable automated analytical methods for resource-limited settings. Rocha's research philosophy is deeply rooted in sustainability and inclusivity, leveraging 3D printing and robotics to reshape how analytical chemistry is practiced globally. Her early-career output signals a promising trajectory for researchers and students seeking inspiration in the intersection of electrochemistry, automation, and accessible scientific innovation.