The project is part of a larger system called the Delivery Management System, where all deliveries are created and tracked. The DMS Gate-keeper app serves as the primary component, allowing gatekeepers to record delivery vehicle entries, facilitate driver induction, and ensure compliance with CLOCS (Construction Logistics and Community Safety).
The app creates a global marketplace where buyers can request specific products they need, and travelers who are visiting those locations can fulfill these requests. Jiblim3ak provides a seamless platform for this exchange, offering a secure environment for transactions, product listings, and communication between travelers and buyers. This innovative service combines the convenience of eCommerce with the flexibility of travel, allowing users to access hard-to-find items from different parts of the world.
This project aims to develop a centralized learning platform that accommodates multiple institutions. The platform will support three user roles: Admin, Teacher, and Student. Admins can create and manage institutions, approve teacher registrations, create and oversee generic labs, and manage teachers and labs. Teachers can create courses, enroll students, use and customize admin-created labs, and grade student submissions. Students will have profiles where they can view courses and labs, submit assignments, and see their grades.
Delivery management system (DMS) is a web application with the purpose of managing data related to deliveries and resource bookings for construction sites. Multiple sites can be created within the system and details of each site will be maintained independently.
There are four main types of users within the system
Admin: Responsible for general management of the overall system.
Site Manager: Responsible for managing and running a single construction site.
Sub-contractor: Personnel from external sub-contractor companies working on a site.
Gatekeeper: Guards working on site perimeter responsible for checking and allowing incoming deliveries of construction materials.
This project involves developing a comprehensive web application designed to streamline the loan application process for clients and dealers. The platform includes user-friendly interfaces for login, registration, and profile management, along with a detailed multi-step loan application form. It features a robust dashboard for managing users and applications, seamless document handling, and integration with external financial APIs for pre-approved loans. Additionally, the application offers advanced communication tools, including a messaging system with file attachments, a notification system, and a newsletter feature. The goal is to create an efficient, scalable, and user-centric solution tailored to the complex needs of loan processing and user management.