Anna Mikaella C. Email & Phone Number

Salinas, Ca, Us

Salinas, California, United States

Code Verification & Integration: Verified and ensured the functionality of code and libraries for seven sensors. Unified disparate sensor code segments into a cohesive system, resolved errors, debugged issues, and addressed missing or incorrect libraries. Conducted thorough testing to validate sensor data accuracy and reliability, ensuring seamless integration with the Bluetooth Serial Monitor to display sensor results.Material Management & Coordination: Collaborated with mentors to procure missing materials, ensuring a smooth workflow. Soldered battery wires for power supply to servos and motors, created a comprehensive materials list, and managed inventory to maintain organization. Coordinated with mentors and assistants to replace faulty components and researched solutions for wiring and code challenges. Implemented 3D-printed arms to enhance project functionality.Documentation & Media Management: Oversaw video recording and photography efforts to document the project’s progress from inception to completion, ensuring detailed and accurate project documentation.

Salinas, California, United States

Worked closely with a team of four peers to explore and apply cutting-edge artificial intelligence and machine learning technologies. Utilizing tools like Google Colab and Jupyter Notebook, we completed a series of hands-on projects across various domains:Fruit Image Classification: Developed an advanced AI system using Jupyter Notebook and a pre-trained ImageNet model to differentiate between fresh and rotten fruit. Fine-tuned model parameters to enhance classification accuracy.Pet Image Classification: Applied transfer learning techniques to build a model distinguishing between images of cats and dogs. Iterative training improved both accuracy and efficiency.Sentiment Analysis: Trained an AI algorithm on the IMDb database to perform sentiment analysis of textual reviews, effectively categorizing them as positive or negative, thus deepening our expertise in natural language processing.Handwritten Digit Recognition: Designed and implemented a feed-forward neural network to recognize handwritten digits from varied datasets, refining the model’s precision through iterative improvements.Fashion Recognition and Generation: Created an AI system for identifying clothing and accessories in images using a fashion database. Innovatively developed features for generating randomized clothing and accessory combinations, showcasing our creativity in AI-driven fashion design.

Monterey, California, United States

Achievements:-Developed an advanced prototype chart in Jupyter Notebook, enhancing existing Python code despite having no prior experience with Python or Jupyter.-Translated the Python code into JavaScript and integrated it with HTML and CSS to create an interactive webpage, overcoming initial unfamiliarity with these technologies.-Actively incorporated mentor feedback to refine and polish the final product, demonstrating adaptability and a commitment to quality.Responsibilities:-Collaborated with another intern, leveraging their code while learning Python and Jupyter on the job to build an interactive data visualization.-Simultaneously acquired skills in JavaScript, HTML, and CSS to develop and implement the webpage's front-end components.-Conducted rigorous testing and debugging to ensure a seamless, functional application while mastering multiple technologies.

Salinas, California, United States

Technical Skills Developed:-Arduino Programming: Gained hands-on experience with Arduino software and libraries to program microcontrollers effectively.-Breadboarding: Designed digital and analog circuits, demonstrating proficiency with breadboards for prototyping.-Bluetooth Technology: Created projects like a Bluetooth humidity sensor and water level detection system.-Servo Control: Integrated servo motors for precise mechanical control.-Oscilloscope Measurement: Analyzed and measured electronic signals accurately.-MIT App Inventor: Designed mobile apps that interacted with Arduino-based Bluetooth technology to enhance user experience.Independent Projects:-LED Trailing Effect: Developed a creative hardware and software integration project.-Real-Time Traffic Light Simulation: Applied programming concepts to practical applications.Collaborative Team Projects:-Tilt Ball Switch: Collaborated with a team to execute a successful tilt ball switch project.-Bluetooth Sensor Projects: Contributed to the development of a Bluetooth humidity sensor and water level detection system, emphasizing teamwork and problem-solving.