• Developed reusable and customizable components, enhancing consistency and efficiency across projects. • Collaborated with cross-functional teams to understand feature requirements and translate them into technical solutions. • Implemented responsive single-page applications, leveraging CSS media queries and Bootstrap for different screen resolutions, leading to a 20% increase in user engagement and 30% reduction in data load times across diverse screen resolutions. • Utilized ECMAScript 6 features and Babel for JSX and ES2015 build processes. • Debugged and optimized code using Chrome DevTools, React Developer Tools, and Redux Debugger. • Created a component library to streamline development and reduce implementation time. • Leveraged Node.js as a proxy to interact with RESTful services and interface with MongoDB databases. • Conducted unit testing using Mocha, Chai, and Jest, ensuring code quality and minimizing errors. • Collaborated with team members to implement Swagger specs for application screens, by effectively bridging communication gaps between cross-functional teams, translating feature requirements into actionable technical specifications, and facilitating seamless collaboration. • Successfully integrated cloud-native principles, utilizing services such as AWS and OpenShift to build scalable and resilient applications. • Worked effectively in all phases of the Software Development Lifecycle, ensuring seamless integration and high- quality deliverables.

• Developed custom React components and implemented state management solutions to meet the specific requirements of applications. • Leveraged the component-based architecture and used state management libraries like Redux when necessary to create tailored solutions for various application needs. • Performed extensive unit testing and end-to-end testing for back-end modules. • Thrived within an Agile SCRUM environment, excelling in short sprints and optimizing team collaboration. • Proven proficiency in Scrum processes, tools like JIRA, and artifacts like Stories and Tasks. • Expertly navigated Scrum processes, adeptly employing tools like JIRA, and meticulously managing artifacts like Stories and Tasks, ensuring seamless project execution and team cohesion.

1. Expiration Notifications: Food Savior includes a sophisticated notification system that alerts users when their food items are approaching their expiration dates. By proactively reminding users about their perishable goods, the app encourages responsible consumption and reduces the likelihood of food going to waste.
2. Donation Platform: In a bid to contribute to the fight against hunger and food insecurity, Food Savior provides users with an opportunity to donate surplus food items to local charities and food banks. The app connects users with nearby donation centers, facilitating the distribution of excess food to those in need.
3. Food Storage Simulation: Food storage practices play a significant role in food preservation. The app offers users a virtual food storage simulation feature, enabling them to learn about and implement optimal food storage solutions. This includes information on temperature, humidity, and container choices to extend the shelf life of groceries.
4. Personalized Recipe Recommendations: Food Savior utilizes advanced algorithms to analyze a user's existing food inventory and suggest personalized recipes based on available ingredients. This feature not only encourages users to make the most of their food items but also promotes creative and sustainable cooking.
5. Community and Progress Tracking: The app fosters a sense of community by allowing users to share their achievements in reducing food wastage, such as the number of items saved from disposal and the amount donated. Users can track their progress and set goals to further encourage responsible food management.

1. Online Plant Ordering: Orange Blossom's web-based ordering application allows customers to browse and order their desired rare plants from the comfort of their own homes or any location with internet access. This user-friendly interface simplifies the purchasing process and offers a wide selection of plant varieties.
2. Order Tracking and Management: The platform provides a centralized hub for workers to efficiently manage customer orders. It enables order tracking, payment verification, and order history management. This feature ensures a seamless experience for both customers and nursery staff.
3. Plant Availability Updates: Staff members can effortlessly update information regarding plant availability, including adding new plants, modifying existing listings, and removing outdated entries. This ensures that customers have access to the most up-to-date information on the plant inventory.
4. Future Plant Forecasting: One of the key functionalities of the platform is its ability to forecast the future demand for specific plants. By analyzing historical data and customer preferences, Orange Blossom Nursery can better prepare for future plant needs, reducing wastage and optimizing inventory management.
5. Project Planning: Customers can plan their landscaping or gardening projects in advance by utilizing the platform. They can schedule plant deliveries to align with their specific timeframes, ensuring they have the plants they need when they need them.
6. Rare Plant Orders: The online store caters to plant enthusiasts and homeowners looking for rare and unique plant varieties. Customers can easily browse and order these special plants, making Orange Blossom Nursery a go-to destination for rare botanical finds.

1. AI-Powered Product Recommendations: The heart of the website lies in its artificial intelligence engine, which continuously monitors and analyzes customer behavior and shopping patterns in real-time. By understanding individual preferences and purchase history, the AI system provides personalized product recommendations to each user, increasing the likelihood of conversion and customer satisfaction.
2. Real-time Customer Behavior Analysis: The AI system tracks customer interactions with the website, such as browsing history, search queries, and click-through rates. This data is used to create a dynamic profile for each user, allowing the website to adapt and provide tailored recommendations as the user shops.
3. Admin Panel for Effortless Management: To streamline the day-to-day operations of the eCommerce business, an intuitive admin panel was integrated. This panel allows administrators to manage product listings, track orders, and maintain customer databases with ease. It simplifies inventory management and keeps all aspects of the business organized.
4. Order Management: The admin panel includes comprehensive order management features, enabling administrators to view and process customer orders efficiently. Order status updates, order history, and order tracking are easily accessible, providing a seamless order fulfillment process.
5. Customer Data Management: The website securely stores and manages customer data, allowing administrators to gain insights into customer behavior and preferences. This data is invaluable for marketing campaigns and product planning.
6. User-Friendly Shopping Experience: The front-end of the website offers a user-friendly interface with an intuitive design. Customers can easily navigate through product categories, search for items, and access personalized recommendations, all contributing to a pleasant shopping experience.
7. Responsive Design: The website is responsive, ensuring that it functions seamlessly on various devices, including desktops, tablets, and smartphones, providing customers with access to the platform regardless of their chosen device.

1. Web-Based Equipment Management: The core of the system is a web-based platform that allows users to monitor and control various farming equipment remotely. Through this interface, users can access real-time information about their equipment and make necessary adjustments.
2. IoT Integration: To achieve automation in farming, the project incorporates Internet of Things (IoT) technology. Sensors are deployed in the soil to detect moisture levels, and this data is transmitted to the web platform. The system uses IoT to make informed decisions about irrigation based on soil moisture data.
3. Robust Database Management: A robust MySQL database is employed to store critical information related to equipment status, sensor data, and historical records. This database ensures data integrity and provides a foundation for data analysis and reporting.
4. C++ Control Logic: The embedded systems component of the project involves the use of C++ programming to control sensors and actuators. C++ code is responsible for interpreting sensor data and making decisions on water release and flow control based on the soil moisture levels.
5. Automated Watering: The system's main objective is to automate irrigation. When the soil moisture sensors detect a drop in moisture levels below a predefined threshold, the system triggers the C++ code to activate water pumps or motors to release the appropriate amount of water, ensuring optimal soil hydration.
6. Efficient Resource Management: By automating watering based on real-time soil conditions, the system optimizes resource usage, reduces water wastage, and enhances crop yield. It promotes sustainable and efficient farming practices.
7. Remote Monitoring and Control: Users can remotely monitor their farming equipment and make adjustments to the irrigation process from anywhere with internet access. This feature provides convenience and flexibility to farmers, allowing them to respond promptly to changing conditions.