Capstone Project
| Group | 2024-20 | Status | inprogress |
| Title | Parking Application (SwiftParker) | ||
| Supervisor | C.W. Trueman | ||
| Description | In modern urban environments, the challenge of finding available parking
spots is a significant concern for drivers. This difficulty is intensified by
increasing urbanization, a growing number of vehicles, and inadequate
parking management systems. Drivers often spend considerable time
searching for parking, leading to additional traffic congestion, increased fuel
consumption, and environmental pollution. The objective of this project is to
address this problem by focusing on improving the efficiency of parking
availability systems and reducing the time drivers spend searching for
parking.
Objectives: This project aims to design a system that provides drivers with real-time information on available parking spots in the downtown Montreal area. The system should consider environmental conditions between 5-40°C. Additionally, the project aims to create a user-friendly mobile application that integrates these functionalities to enhance the user experience. High-level functionalities include real-time parking availability updates. The primary deliverable will be a parking monitoring system. |
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| Student Requirement | ● Analog and digital circuit design and fabrication ● Microcontroller design and implementation ● Mobile app design and development | ||
| Tools | Hardware Components: ● Sensors for parking detection (types to be determined) ● Microcontrollers for processing and communication Software Platforms: ● Database management ● Mobile application development | ||
| Number of Students | 6 | ||
| Students | Mikelson Benjamin, Amar Guirassy, Ayoub Kchaou, Lewis Koukoulomatis, Khaled Rezgui, Gabriele Sabatino. | ||
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