Interactive Map: Search & View

The main objective of the Interactive Location Explorer project is to create a user-friendly, visually intuitive map-based platform that allows users to: Search and Discover Locations : Enable users to explore locations based on specific search criteria, such as availability, type, or features. Display Key Information : Present detailed information about locations directly on the map via interactive markers or pop-ups. Improve Navigation : Allow seamless navigation across geographic areas with zooming and panning features. Enhance User Engagement : Provide a visually appealing and engaging interface to improve the overall user experience. Facilitate Decision-Making : Help users make informed decisions quickly by integrating search results with map visuals for easy comparison. This project aims to combine functionality with design to make searching for locations more intuitive and efficient.

Smart Room Booking Platform Development

Hivenue seeks to enhance its room booking capabilities by developing a smart platform that integrates an efficient search system with real-time availability tracking. The current booking process is manual and time-consuming, leading to inefficiencies and potential booking conflicts. The goal is to automate the booking process, ensuring a better reservation experience.

Admin CRM / Inventory Management System

Hivenue seeks to enhance its platform's functionality to streamline the management of apartment listings, rooms, tenants, and reservations. The current system requires improvements to allow the admin to efficiently maintain and update apartment information, manage specific rooms within apartments, and handle tenant movements. Additionally, the platform needs to support seamless updates to tenant information and modifications to existing reservations. The goal is to create a more intuitive and efficient system that reduces administrative overhead and improves user experience. This project will provide learners with the opportunity to apply their knowledge of database management, user interface design, and software development to create a robust solution that meets these needs.

International Expansion Strategy for Hivenue

Hivenue, a company specializing in co-living services, aims to expand its operations beyond Quebec. The project focuses on developing a comprehensive international business plan to facilitate this expansion. The primary goal is to identify new markets and optimize business processes to enhance operational efficiency. Learners will conduct market research to identify potential regions for expansion, analyze competitors, and assess cultural and economic factors that may impact Hivenue's services. The project will also involve evaluating current business processes and proposing improvements to streamline operations. By applying classroom knowledge in international business and strategic planning, learners will gain practical experience in developing a business plan tailored to global expansion.

Security Audit and Code Analysis for Hivenue Platform

Hivenue, a startup specializing in coliving rental platforms, has developed hivenue.ca using MongoDB, NodeJS, and Angular, with a Python module for machine learning to power their matching service. The company seeks to ensure the security and robustness of their platform by conducting a comprehensive audit of their architecture and source code. The goal is to identify and rectify any potential security vulnerabilities. This project will provide learners with the opportunity to apply their knowledge of web development, cybersecurity, and code analysis to a real-world application, ensuring the platform's integrity and reliability. Key tasks include: - Conducting a thorough security audit of the existing platform. - Analyzing the source code for potential vulnerabilities. - Recommending and implementing necessary security fixes. - Documenting findings and improvements made.

Automated Testing and DevOps Integration for Hivenue

Hivenue aims to enhance its platform's efficiency by automating its testing processes and integrating DevOps practices. Currently, the development pipeline involves manual testing, which is time-consuming and prone to human error. The goal of this project is to streamline the development pipeline by implementing automated testing frameworks and DevOps tools. This will not only reduce the time taken for testing but also improve the overall reliability and performance of the system. The project will involve setting up continuous integration and continuous deployment (CI/CD) pipelines, configuring automated testing tools, and ensuring seamless integration with the existing development environment. By the end of this project, Hivenue expects to see a significant improvement in system efficiency and a reduction in manual intervention during the testing phase.

Mobile Experience: Check-in & Reservation Management

The goal of this project is to develop a mobile application that simplifies the management of existing reservations and check-ins for Hivenue tenants. This app will allow users to view, manage, and update their current bookings, as well as complete a seamless, contactless check-in process directly from their mobile devices. Integrated with Hivenue’s CRM and inventory systems, the app will provide tenants with real-time updates, important notifications, and guidance throughout their move-in process.  The primary objective is to enhance tenant satisfaction by offering a convenient, intuitive, and efficient solution for managing reservations and check-ins.

AI-Enhanced Roommate Compatibility Matching

Hivenue aims to enhance its platform by integrating an AI-driven matching system to improve roommate compatibility. The current system relies on basic user inputs and manual matching, which can lead to suboptimal pairings and user dissatisfaction. The goal of this project is to develop an AI algorithm that can analyze user profiles, preferences, and behavioral data to suggest highly compatible roommate matches. This will not only improve user satisfaction but also reduce conflicts and turnover rates. The project will involve researching existing AI matching algorithms, designing a custom solution tailored to Hivenue's needs, and implementing a prototype for testing and evaluation. Key points: - Enhance Hivenue's platform with AI-driven roommate matching. - Improve user satisfaction and reduce conflicts. - Research existing AI algorithms and design a custom solution. - Implement and test a prototype. Required technical kills : AI, machine learning, LLM Python NojeJS MongoDB