e-Learning Platform for Trading Courses

PR Sundar: e-Learning Platform for Trading Courses

Project brief.

PR Sundar offers online trading courses and workshops, featuring pay-and-watch recorded videos alongside live Q&A sessions with experts. Workshops are categorized into one or two-day events, available in both live and recorded formats, with chapter segmentation and Zoom meetings for interactive Q&A. Convenient payment options are provided for enrollment. Users can access recordings of Q&A sessions and provide reviews and ratings for workshops and courses.

Budget
$25k - $50k
Duration
8 Months
Deliverables
- Wireframes
- UI/ UX Web
- UI/ UX Mobile
- Web application
- User guide resources (doc and videos)

The technology ecosystem we used in this project.

Design

Invision

Illustrator

Project Model

Agile

Documentaion

Gdocs

Postman

dbdiagram.io

Backend

Node JS

Express

Frontend

Angular 11

HTML Bootstrap

DB

Mysql

CI/CD Pipeline

Github Actions

Project Management

Trello

Slack

3rd Party Integrations

Videocipher API

Razorpay

Cloud services

AWS

EC2

Describe overall role of Techuz team in this project?

Challenges & Solutions

Ensuring Secure Access to Recorded Course Videos:

Facing security concerns regarding unauthorized downloading of recorded course videos poses a significant challenge. After thorough research, a viable solution emerged through the integration of a third-party video cipher API. This solution enables robust encryption of course videos, ensuring secure access and preventing unauthorized downloading. By implementing video cipher integration, the platform can safeguard valuable content, maintain control over access, and mitigate the risk of piracy or unauthorized distribution, thus ensuring the integrity and exclusivity of the educational materials.

Dynamic Pricing and Concurrency Management:

Creating a system allowing admin to define diverse price slabs based on seat availability requires a versatile pricing configuration mechanism. Implementing this across Angular and Node.js entails crafting an intuitive interface for managing slabs while developing backend logic to handle dynamic pricing rules. Simultaneously, managing multiple users creating, updating, or deleting slabs poses concurrency and data consistency concerns. Implementing robust concurrency control mechanisms and ensuring seamless data synchronization between frontend and backend becomes imperative to uphold data integrity and mitigate conflicts, ensuring smooth operation of the dynamic pricing system.