About the client
The platform serves students preparing for medical and healthcare admission exams, offering science-focused video lessons, practice questions, and structured study programs. It has grown into a widely used resource for learners who need clear explanations, realistic test simulations, and progress tracking to stay competitive in high-stakes exam environments.
Business context
The client set out to modernize the learning experience for pre-medical students preparing for competitive entrance exams. Existing tools lacked personalization, strong content management, and the flexibility required to support complex STEM subjects. To deliver a more effective learning journey, they engaged Geniusee to build a platform capable of hosting interactive lessons, adaptive pathways, and AI-assisted study support across web and mobile.
Delivering pixel-perfect UI across web and mobile
The platform required flawless execution of detailed UI/UX designs to ensure consistency and clarity across browsers, devices, and operating systems.
Migrating large volumes of learning content without disruption
All user data (including videos, blogs, quizzes, and historical test results) had to be transferred to the new platform smoothly, ensuring users retained their progress and content access.
Building a customized content management system
The client needed a bespoke CMS capable of managing diverse educational materials, lesson structures, practice tests, and new exam types with ease.
Developing fully native mobile experiences
Launching both iOS and Android apps demanded cohesive functionality with the web platform while ensuring high performance and intuitive navigation.
Creating an adaptable platform ready for new entrance exams
The system architecture needed to scale effortlessly, allowing the client to introduce additional exams and local variations without major redevelopment.
Solutions we implemented
When developing this e-learning platform, our team followed an agile methodology to ensure maximum efficiency and adaptability to change.
- Business analysis. To start the project, the team conducted an in-depth business analysis. Our experts met with key stakeholders from the client company to gain an understanding of their vision and goals for the e-learning platform. Through discussions and a review of their business documents, we identified the main pain points in their current system and areas for improvement.
- Project management. We started by outlining key features and a roadmap to bring the platform to life. Then, we broke down the project into smaller, more manageable chunks to keep everyone on the same page about priorities and progress. Daily stand-up meetings kept all teams synced up.
- Mobile development. Our mobile engineers built the iOS and Android apps to provide the best user experience on each platform. They worked closely with designers to bring the UI to life and ensured that the mobile and web experiences were cohesive.
- Web development. The web platform was designed to be responsive, compatible with all modern browsers, and feature a consistent style similar to mobile apps. Our web engineers focused on writing clean, modular code and developing a robust API to enable the addition of new features.
- AI-driven learning capabilities. We engineered the backend and data flows to support:
– Context-aware chatbot assistance, helping students get instant explanations, navigate between lessons, and receive simplified guidance for complex questions.
– AI-powered video response evaluation to help applicants prepare for Casper-style scenarios. The platform collects video answers, processes them through ML/NLP pipelines, and delivers structured, preliminary feedback.
– AI-assisted text response analysis, enabling students to practice open-ended written scenarios with automated insights into reasoning, communication, and decision-making. - DevOps. To facilitate continuous integration and deployment, our DevOps team set up a pipeline to automate builds, tests, and releases. This allowed us to ship updates frequently while maintaining high quality. They also monitored the platform and infrastructure to ensure maximum uptime.
- Quality assurance. We created a test plan and strategy to ensure everything was thoroughly tested. We also adopted a pixel-perfect approach. Before releasing any new features to users, we conducted manual testing. Additionally, QA engineers conducted automation testing to identify any unexpected issues. Their feedback helped enhance both the product and our internal processes.
- AQA. To ensure the quality of the project, the QA team developed automated tests, allowing the QA engineers to build automated testing for the web and mobile apps. By automating the repetitive manual test cases, the QA team could focus their efforts on testing new features and identifying edge cases.
User registration and login with secure authentication
User profile management with personalized settings and progress tracking
Customized learning paths for different user needs
Gamification elements like points, badges, and leaderboards to boost engagement
Optimized video playback and question interaction experience
Track of user activity, performance on practice tests, and content completion rates
A complete MVP delivered in just 9 months
We built a fully featured platform from the ground up, creating a robust foundation for interactive learning, Gen AI features, and mobile accessibility.
Rapid adoption by 40,000+ students within the first year
The redesigned experience quickly gained traction globally, proving strong demand and validating the product’s value for medical school applicants.
Smarter learning paths powered by integrated AI
By combining generative AI, NLP, and personalized feedback loops, the platform now adapts to each student’s pace, performance, and learning style.
7 specialized exam-prep products launched, with another underway
Our collaboration enabled the rollout of targeted courses for multiple local healthcare exams, accelerating content expansion without slowing development.
