Ana Luiza Soares Email & Phone Number

Led the 3D printing lab, developing an innovative fluorescent microscope with Raspberry Pi and Arduino, applying 3D prototyping to create custom components that transformed diagnostic research practices in the lab.▪ Utilized Python to develop and optimize the fluorescent microscope interface, allowing the equipment to function more efficiently and integrate with laboratory systems, significantly improving diagnostic accuracy.▪ Automated laboratory processes with Python scripts, creating more agile workflows and eliminating the need for manual intervention in critical tasks, freeing up time for the team to focus on more complex projects.Key Results:▪ Substantially improved diagnostic accuracy with the microscope's implementation, reducing costs associated with expensive laboratory equipment and promoting greater accessibility to research laboratories.▪ Managed the 3D printing platform, developing essential prototypes such as mosquito traps and COVID-19 diagnostic kits. The automation of laboratory processes using Python increased workflow efficiency, allowing the team to focus on other critical activities.▪ Developed a low-cost fluorescent microscope, eliminating the dependence on long wait times for shared equipment use, speeding up scientific research.Technologies and Tools: Python (interface development and process automation), Process Automation, 3D Prototyping, Raspberry Pi, Arduino, Git, UX/UI, Diagnostic Research, Fusion 360, Meshmixer.

Brazil

Responsibilities:▪ Engage in mobile application development using Swift for the iOS platform in projects adopting agile methodologies like Scrum and Kanban.▪ Perform integration with RESTful APIs, handle data in JSON format, and manage version control with GIT.▪ Collaborate with multidisciplinary teams, promoting active, coherent, and structured communication with clients, designers, and developers.▪ Participate in brainstorming sessions and contribute innovative ideas to enhance functionalities and interfaces.▪ Apply best programming practices and adhere to Apple's design standards to ensure high quality and performance of applications.▪ Conduct unit and functional testing to identify and fix bugs, ensuring application stability.#MobileDevelopment #iOSInternship #SwiftProgramming #AgileMethodologies #RESTfulAPIs #VersionControl #EffectiveCommunication #MultidisciplinaryTeam #SoftwareQuality #TechnologicalInnovation

Belo Horizonte, Minas Gerais, Brasil

Led the 3D printing lab, developing an innovative fluorescent microscope with Raspberry Pi and Arduino, applying 3D prototyping to create custom components that transformed diagnostic research practices in the lab.▪ Utilized Python to develop and optimize the fluorescent microscope interface, allowing the equipment to function more efficiently and integrate with laboratory systems, significantly improving diagnostic accuracy.▪ Automated laboratory processes with Python scripts, creating more agile workflows and eliminating the need for manual intervention in critical tasks, freeing up time for the team to focus on more complex projects.Key Results:▪ Substantially improved diagnostic accuracy with the microscope's implementation, reducing costs associated with expensive laboratory equipment and promoting greater accessibility to research laboratories.▪ Managed the 3D printing platform, developing essential prototypes such as mosquito traps and COVID-19 diagnostic kits. The automation of laboratory processes using Python increased workflow efficiency, allowing the team to focus on other critical activities.▪ Developed a low-cost fluorescent microscope, eliminating the dependence on long wait times for shared equipment use, speeding up scientific research.Technologies and Tools: Python (interface development and process automation), Process Automation, 3D Prototyping, Raspberry Pi, Arduino, Git, UX/UI, Diagnostic Research, Fusion 360, Meshmixer.

Belo Horizonte, Minas Gerais, Brasil

Developed Smart Sensors with Arduino for Monitoring Children's Orthoses.▪ Designed sensors using Arduino, programmed to measure battery load with external electronic components.▪ Conducted energy efficiency research, optimizing the sensor power source and increasing battery life.▪ Automated data collection on the usability of orthoses, eliminating the need for manual reports and improving data accuracy.▪ Integrated battery load indicators, ensuring efficient charging within the planned time.▪ Directly contributed to improving real-time data collection, enhancing the reliability and quality of information for analysis.Technologies and Tools:▪ Arduino: Electronic prototyping platform used for sensor development.▪ Motion and Pressure Sensors: To capture orthosis usage data (e.g., accelerometers, gyroscopes, or pressure sensors).▪ External Electronic Components: Resistors, capacitors, transistors, and diodes for measuring battery load and circuit functionality.▪ C/C++ Programming: Language used to program sensor logic in Arduino IDE.▪ Communication Protocols (I2C, SPI, UART): For communication between sensors and other electronic components or modules.▪ Breadboard: Used to assemble and test electronic circuits.▪ Data Analysis Software: To process and interpret data captured by sensors.

Belo Horizonte, Minas Gerais, Brasil

During my internship at Medical Hosp, I conducted thermal qualifications of medical equipment, ensuring compliance with technical standards. I updated preventive and corrective maintenance schedules, contributing to the hospital's operational efficiency. I was responsible for registering and inventorying equipment, enhancing resource management. Utilizing my skills in biomedical engineering and proficiency in Microsoft Office, I prepared detailed reports and supported the team in decision-making processes.

Cairo, Egito

During my internship at Arab Tech, I contributed to the development and implementation of mechatronic solutions for industrial automation projects. Collaborated with cross-functional engineering teams to design and prototype electromechanical systems using CAD/CAM software and performed simulations to optimize performance. Assisted in integrating robotics, control systems, and embedded electronics to enhance operational efficiency. This international experience strengthened my skills in technological innovation, multicultural teamwork, and effective communication within a fast-paced engineering environment.

Belo Horizonte, Minas Gerais, Brasil

- Project name: “Tecendo Alegria” - Caps and wigs crafting, production and inventory management

Belo Horizonte, Minas Gerais, Brasil

- Project name: “Análise no domínio da frequência de sinais cardíacos de indivíduos saudáveis e não saudáveis – Um quadro comparativo da VFC através de componentes oscilatórios fundamentais” - Assist in research and article development

Belo Horizonte, Minas Gerais, Brasil

Customer portfolio organization, internal sales support, product delivery.