Lixor Mobile App MVP Development

Innovate Landfill Solution Canada is seeking to develop a Minimum Viable Product (MVP) for Lixor's Student Mobile Apps, targeting both iOS and Android platforms. The primary goal is to create a user-friendly application that enhances the learning experience for students by allowing them to join active lectures or sessions using a QR code or class code. The app will provide real-time transcripts in the student's preferred language, with the ability to toggle between the original and translated text for better understanding. This project aims to lay the groundwork for future offline capabilities, ensuring that students can download transcripts once this feature is implemented in subsequent phases. The project will focus on creating a seamless and intuitive interface that aligns with classroom knowledge, offering students a practical application of their skills in mobile app development.

Real-Time Transcription & Translation API Development

Innovate Landfill Solution Canada seeks to enhance its existing Node.js API to support real-time transcription and translation services at scale. The current system, which may have a basic Node.js setup, requires significant improvements to manage incoming audio uploads, session data, and integration with external APIs such as Google Cloud Translation and future GPT models. The goal is to develop a well-structured, secure, and scalable backend that efficiently handles real-time data flows and integrates seamlessly with cloud resources. This project will provide learners with the opportunity to apply their knowledge of Node.js, cloud services, and API development to create a robust solution that meets the company's needs. The project will focus on optimizing performance, ensuring data security, and enabling seamless integration with external services.

RE-CUP Initiative Digital Marketing and Event Coordination

Innovate Landfill Solution Canada is expanding its RE-CUP initiative at York University's Keele Campus, aiming to promote sustainable waste management through a 4 to 5-week event. The project involves setting up 15 stations across various campus buildings to encourage recycling and proper waste disposal. The goal is to increase awareness and participation among students and staff, leveraging digital marketing strategies and effective event coordination. Learners will apply their classroom knowledge in marketing and event management to create a cohesive campaign that engages the university community. The project will focus on developing promotional materials, coordinating logistics, and ensuring smooth operation of the event. - Develop a digital marketing strategy to promote the RE-CUP initiative. - Coordinate event logistics, including station setup and maintenance. - Engage with the university community to increase participation. - Monitor and report on the event's success and areas for improvement.

Lixor WebApp Front-End Development: Real-Time Transcription & Translation UI

Innovate Landfill Solution Canada is seeking to enhance the user experience of their Lixor WebApp by developing a sophisticated front-end interface for real-time transcription and translation. The goal is to create a seamless and intuitive user interface that allows instructors and students to capture and display live transcripts in multiple languages. The project will involve designing an interface for session management, enabling users to start and stop recordings and manage multiple language windows efficiently. The front-end must integrate smoothly with the existing Node.js/Express backend via REST APIs or WebSocket to ensure low-latency updates. This project provides an opportunity for learners to apply their classroom knowledge of front-end engineering, focusing on implementing the final UI/UX design and ensuring a smooth data flow between the web front end and the backend.