
having fun with robots learning | PhD student @ USP
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Evaluating your skill match against the job requirements…
Assessing your cultural and operational fit
terrasentia_navigation
January 14, 2026 – Present
terrasentia_navigation — GitHub repository
View ProjectAnythink-Market-42mei2v2
October 1, 2025 – October 1, 2025
Anythink-Market-42mei2v2 — GitHub repository
View Projectlending-platform
October 25, 2024 – January 5, 2025
Lending Platform usign smart-contracts on a blockchain-based enviroment with risk analysis for lending. Project for SSC0958 - Cryptocurrencies and Blockchain
View Projectcrow
October 21, 2024 – Present
CROW: A Self-Supervised Crop Row Navigation Algorithm for Agricultural Fields
View Projectadvanced-control
September 3, 2023 – Present
Compilation of Advanced Control disciplines (including Linear Systems Control, Adaptive Control, and Digital Control)
View Projectnn_lidar_perception
May 20, 2022 – August 24, 2024
Undergrad Research Project for a Perception system LiDAR-based of a mobile agricultural robot.
View Projectmicromouse-evolutivo
August 20, 2021 – January 14, 2022
Projeto desenvolvido para disciplina de Sistemas Evolutivos
View ProjectCultural Fit Analysis
The candidate's project portfolio shows a strong inclination towards academic and personal projects, particularly in robotics, control systems, and data perception. This indicates a self-driven individual with a passion for complex technical challenges. However, the projects are predominantly personal/academic, and there's no information on collaborative work or professional experience, making it difficult to fully assess cultural fit for a team-oriented professional environment. The diversity of technologies (Python, C++, JavaScript, Solidity, Matlab) suggests adaptability and a broad learning capacity.
Soft Skills & Operational Fit
Insufficient data to assess soft skills or operational fit. No psychometric test results or interview feedback are available.