Development of cars controlled by chemical reactions.

• Sintetizei rGO através do método de Hummers modificado; • Caracterizei as nanopartículas com Raman, Espectroscopia óptica, MEV, AFM e Potencial Zeta; • Planejei os experimentos através do método fatorial; • Analisei os dados com Pyhton e Excel.

Introduzi mais de 10 assuntos em capacitações e aumentei a documentação da equipe em 30%. Criei 5 OKRs para definir a qualidade do código desenvolvido e organizei um grupo de estudo e desenvolvimento de aplicativos com Flutter e Dart para 4 categorias. Além disso, incentivei o uso de programas de versionamento como Git Kraken e Git Lab. Resultando na conquista de 7 troféus em 4 categorias distintas.

- Managed 6 robots; - Programmed strategies in Python;- Introduced NXC programming language;- Restarted LEGOs team after one year of being closed.

Pesquisa é focada em modelagem molecular e simulação de sistemas biomoleculares, como proteínas, membranas e lipídios. Utilizando programas como VMD, NAMD, AMBER e Packmol para entender os mecanismos reacionais de enzimas que transformam ácidos graxos em alcenos terminais.

- Created a volunteer project which helps minimize education inequality in a diverse and multicultural ambiance;- Lead a team of 47 volunteers directly;- Impacted 140+ between mediators and participants from the eight clubs; - Helped 56 low-income students prepare themselves for the primary university standardized test in Brazil (ENEM).

A doença de Chagas é uma enfermidade parasitária negligenciada que afeta milhões de pessoas em todo o mundo, representando um importante desafio de saúde pública. Utilizei técnicas de Machine Learning em conjunto com a linguagem de programação Python para pesquisar novos fármacos para a doença.

- Implemented a new organization system for the Commercial Department, resulting in 348.57% engagement in its social media;- Organized marketing and advertising campaign for the recruitment process, resulting in four times the number of subscriptions of the previous one; - Published 12 essays about nanotechnology on Auger’s blog.

- Studied about Public Speaking & Marketing, Positive Change, Leadership & Civic Engagement, and Conflict resolution;- Taught about Brazilian culture and its social problems for the 150 LOT finalists;- Structured the action plan for my volunteer project named Universita-se.

- Built robotics simulations with WeBots and Proteus; - Designed electronics boards with Altium;- Explained C++ to 40+ applicants to the team; - Evaluated the development of the 40 candidates.

- Solved the problem of how to make CCR’s employees aware of the importance and scope of the topics covered in the ESG;- Conceptualized PROECOBIO, a consulting startup that engaged employees through a gamification system, costing 40% less than the market value;- Interviewed the Sustainability Coordinator, Communications Manager, and the President of the Mobility Division of CCR;- Achieved 2nd place at the challenge.

- Controlled the quality of incoming chemical products and stock;- Monitored the information systems about reagents;- Prepared solutions and reagents for the clinical analyses;- Inspected the sectors of microbiology and parasitology.

> Project: Total Darkness - a study about light pollution- Reviewed bibliography about light pollution and its consequences on human health;- Diagnosed the level of my community's awareness about the topic;- Oversaw a team of 8 students;- Clarified the issue to the science fair's visitors for two days;- Received 1st place in the XXIV ETRR Science Fair.> Project: Drop of Hope - use of graphene in water desalination- Identified possible solutions for water scarcity in Polígono das Secas, Brazil;- Constructed a low-cost energy filter with zeolites and graphene able to remove impurities and salts present in water;- Published an article and a thesis about the research;- Finalist in FECTI, FEBRACE, and EXPOTEC, science fairs, with the project;- Received 1st place in the XXV ETRR Science Fair.> Project: Quimtabilidade - an easy way to recycle - Determined solutions to different ‌waste produced by human activities;- Fabricated biodiesel from used cooking oil, organic anti-corrosion paint, coconut, and papaya soap, and paper and clay-based brick;- Investigated different ways of recycling and environmental impact;- Received 1st place in the XXVI ETRR Science Fair.

- Cleaning of materials and glassware;- Preparation of solutions and reagents;- Support to students;- Assist in the maintenance and physical organization of space and equipment;- Assist the teacher in guiding the correct use of materials and equipment;- Organize the materials and other items necessary for the development of classes.