Food Cost Visualizer and Planner

The primary objective of this project is to develop a comprehensive Food Cost Visualizer and Planner for Food Trucks, enabling them to effectively plan their menus and manage food costs during their operating season. Students will work with multiple data sets, including open data sources from Statistics Canada (Wholesale food pricing, Consumer Trends, Consumer Price Index), as well as data from Agriculture Boards. The Association will assist in obtaining data feeds for various datasets from the government where possible.  NOTE: The use of data scrapers to fetch data in the final product is prohibited.

Fitness App

The goal is to develop a fitness application using a JavaScript-based stack (React, Node.js, HTML, CSS, etc.), students will be addressing a complex and real-world problem. Here's an adjusted description of the problem and the expected outcomes, avoiding personal pronouns: Project Description: This application aims to be an all-in-one solution for individuals dedicated to enhancing their physical health. It will generate personalized workout plans and schedules for users, accompanied by tailored meal recipes designed to help them achieve their fitness goals by meeting specific nutritional, caloric, and macronutrient requirements. The application will monitor users' progress, ensuring adherence to the plans and dietary needs. Furthermore, leveraging AI capabilities, the application can provide corrective guidance on workout forms for a safer and more effective approach. The task involves creating a dynamic, responsive, and user-friendly fitness application. This application should effectively showcase services, engage visitors, and facilitate easy navigation and interaction. Utilizing modern web technologies, including React for the front end, Node.js for the back end, and standard HTML and CSS for structure and styling, is essential.

Travelling App

The goal is to develop a Travel Itinerary application using a JavaScript-based stack (React, Node.js, HTML, CSS, etc.), students will be addressing a complex and real-world problem. Here's an adjusted description of the problem and the expected outcomes, avoiding personal pronouns: Project Description: This application aims to serve as the ultimate travel guide, providing personalized experiences for users. To create a customized trip plan, consumers will input specific information, such as: their arrival time, duration of stay, places of interest, and transportation preferences. The application facilitates effortless navigation with guided routes, while user reviews offer valuable insights into selected destinations. Designed to be your travel companion, the app tracks real-time progress, ensuring you optimize each trip without the hassle of planning or wasting time. The task involves creating a dynamic, responsive, and user-friendly Travel Itinerary application. This application should effectively showcase services, engage visitors, and facilitate easy navigation and interaction. Utilizing modern web technologies, including React for the front end, Node.js for the back end, and standard HTML and CSS for structure and styling, is essential.

Fitness App Pt.2

The goal is to develop a fitness application using a JavaScript-based stack (React, Node.js, HTML, CSS, etc.), students will be addressing a complex and real-world problem. Here's an adjusted description of the problem and the expected outcomes, avoiding personal pronouns: Project Description: This application aims to be an all-in-one solution for individuals dedicated to enhancing their physical health. It will generate personalized workout plans and schedules for users, accompanied by tailored meal recipes designed to help them achieve their fitness goals by meeting specific nutritional, caloric, and macronutrient requirements. The application will monitor users' progress, ensuring adherence to the plans and dietary needs. Furthermore, leveraging AI capabilities, the application can provide corrective guidance on workout forms for a safer and more effective approach. The task involves creating a dynamic, responsive, and user-friendly fitness application. This application should effectively showcase services, engage visitors, and facilitate easy navigation and interaction. Utilizing modern web technologies, including React for the front end, Node.js for the back end, and standard HTML and CSS for structure and styling, is essential.