Contributing to the continuous improvement and management of the While She is True website. Responsibilities include:

• Developing and integrating a classroom page with restricted access for registered students, updated weekly with exercises, assignments, and resources.

• Updating website content with current class offerings and student project showcases.

• Building and deploying a blog and resources page to support student learning.

• Enhancing SEO strategies to improve website visibility and online engagement.

• Cleaning and optimizing the code base to ensure scalability and performance.

• Collaborated with producer/director Rubén Möller to support the upgrade of Rue Productions’ website, enhancing user experience and visual presentation.

• Applied web design and development skills to implement creative and functional solutions aligned with the company’s vision.

• Received constructive feedback and integrated revisions effectively to deliver a professional final product.

• Strengthened technical, creative, and project management skills through a real-world industry project.

Collaborated on the end-to-end design and development of a cross-platform productivity application focused on task management and focus tracking. Built and optimized the front end using React Native, creating an intuitive, user-friendly interface with seamless navigation and responsive design across devices. Conducted usability testing sessions, gathered feedback, and applied iterative design improvements to enhance task flow efficiency and overall user experience. Strengthened collaboration within the development team through effective version control practices and code reviews, ensuring maintainable, scalable, and high-quality deliverables.

As an Auto Damage Estimator at Fix Auto, I specialized in generating precise repair estimates by meticulously assessing vehicle damage and leveraging industry-standard software. My role was pivotal in bridging the gap between clients, insurance companies, and our repair team, ensuring transparent communication and efficient workflow. I prided myself on enhancing customer satisfaction through detailed explanations of repair processes and estimates, and I was committed to staying updated with the latest in auto repair technology and practices. My efforts contributed to streamlining operations and maintaining high accuracy in repair estimates, reinforcing Fix Auto's reputation for excellence in the collision repair industry.

As a Customer Service Representative at Fix Auto, I was the frontline liaison for customer interactions, managing inquiries, and ensuring a positive service experience from start to finish. My role involved assessing customer needs, clearly communicating repair details, and resolving complaints efficiently, contributing to a significant increase in customer satisfaction. I worked closely with the service department to keep customers informed about their vehicle status, which improved operational efficiency and service quality. My efforts in implementing customer feedback systems and maintaining up-to-date knowledge on services and policies were instrumental in enhancing service delivery.

Latte’s Fitness App is a next-generation fitness platform designed to provide a truly personalized health and training experience. Unlike traditional fitness apps that offer generic workout routines, Latte’s Fitness App functions as a virtual personal trainer — intelligently tailoring programs to each user’s unique goals, preferences, and progress.

The app leverages AI-driven recommendations to design adaptive workout plans that evolve over time, ensuring users remain challenged and motivated throughout their fitness journey. In addition to customized training, the app integrates advanced progress tracking to monitor performance, identify improvements, and adjust routines accordingly.

Beyond individual guidance, Latte’s Fitness App also emphasizes community engagement by enabling users to share goals, join challenges, and support one another. This dual focus on personalization and community creates an ecosystem that keeps users accountable, motivated, and on track toward achieving sustainable health outcomes.

Our mission is to deliver a personalized, data-driven, and socially engaging fitness experience that empowers users to achieve their physical goals with the same flexibility, adaptability, and encouragement as working with a real fitness coach.

This Automatic Lighting System is an Arduino and JAVA-based project that automatically turns on or off the light. Electricity, being quite possibly the main asset, should be used cautiously. The advanced World we are living in permits us to utilize various innovations to play out specific tasks consequently. Such a systematic approach is extremely helpful in specific regions like energy utilization, diminishing human endeavours and so on. This project aims to automatically turn on or off the lights by detecting the light level of the surroundings. I implemented this project using Light Sensor in Grove kit Arduino and JAVA using Firmata library. Since the job of the system is to turn on the light when there is less light level in the surroundings and turn off the light when there is enough light level in the surroundings, the project has to internally count the levels of light. Hence, the project acts as an Automatic Lighting System as well as Light Level Counter. This Light level counter is built in JAVA GUI in a form of numbers and a graph.

You can find the project demo link below :
https://youtu.be/iLGMsZCzJxY

I have made an Automatic Plant Watering System using my concepts of JAVA and specifically using Arduino Kit. In this project, a soil moisture sensor detects the moisture level of the soil. If the soil will get dry, the sensor detects a low moisture level and automatically turn the LED on and turns on the water pump to supply water to the plant. As plant get adequate water and soil get wet then the sensor detects sufficient moisture in the soil. After which the water pump will automatically get paused and the LED gets off. I also added the graph on my JAVA GUI so I can see all the readings of the moisture sensor at the end of the week.

You can find the project demo link below :
https://youtu.be/wl9kPrfY4Vk