I am looking for an experienced developer or a software agency to build a comprehensive medical education platform similar to usmlepreps.com or yourmedpass.com. The core of the platform will be a highly customizable Question Bank (QBank) Engine designed for medical students. Key Features Required: 1. Student Dashboard & Exam Engine: Custom Test Creation: Students should be able to generate practice tests based on specific filters: Subject/Category: (e.g., Pediatrics, Internal Medicine, etc.) Organ System: (e.g., Cardiovascular, Respiratory, etc.) Question Status: (Unused, Incorrect, or Flagged questions). Exam Modes: * Timed Mode: Simulates real exam conditions with a countdown. Tutor Mode: Provides immediate feedback and explanations after each question. Interface: A clean, distraction-free exam interface with "Flag" buttons, a timer, and the ability to strike through options. 2. Administrative Control Panel (CMS): Question Management: A robust system to add/edit questions with support for rich text, images, and tables. Detailed Rationales: Every question must have a dedicated section for "Correct Answer Explanations" and "Incorrect Option Rationales." User Management: Ability to monitor student progress, manage active subscriptions, and view performance analytics. 3. Manual Payment & Subscription Workflow: Payment Integration: Instead of automated gateways, the system should provide instructions for CliQ payments. Proof of Payment: Students must be able to upload a screenshot/receipt of their transaction. Admin Verification: A dedicated dashboard for me to review uploaded receipts and manually activate/approve accounts with a single click. 4. Performance Analytics: Visual charts for students to track their strengths and weaknesses by subject and system over time. Technical Requirements: Full Deployment: Setting up the hosting environment, domain, and database. Responsiveness: The platform must be fully optimized for Desktop, Tablets, and Mobile browsers. Scalability: The database must handle thousands of questions and high-resolution medical images efficiently.