Clinical Simulation Platform

Interactive Cases — Clinical Reasoning & Medical Education

An advanced multi-mode clinical simulation platform engineered to cultivate diagnostic reasoning, physiological resuscitation, and investigative decision-making for medical students and clinical trainees worldwide.

What is Interactive Cases?

Interactive Cases is an AI-assisted clinical simulation platform designed to build diagnostic acumen through experiential problem solving. Instead of passive rote memorization, learners manage virtual patient encounters featuring dynamic vitals telemetry, emergency resuscitation algorithms, diagnostic lab panels, surgical checkpoints, and cognitive bias autopsies.

Who We Serve

Built specifically for medical students, clinical residents, nursing students, and healthcare trainees preparing for clinical practice, hospital rotations, and standardized examinations including USMLE Steps 1, 2 CK, and 3.

Products & Subscriptions

We offer digital-only educational products: Free foundational access, Pro monthly and annual subscriptions (granting unlimited simulation access, all 8 learning modes, and detailed reasoning analytics), and virtual Clinical Credits for unlocking specialized deep-dive scenarios. All services are strictly digital; no physical goods are sold or shipped.

Operations & Location

Interactive Cases is developed and operated by Mohamed Gomaa, based in Kafr El-Sheikh, Egypt. Built with systems thinking, cognitive engineering, and deep clinical focus.

Support & Academic Inquiries
Email: support@interactive-cases.com Phone: +20 155 548 9141 Location: Kafr El-Sheikh, Egypt Response: 24 to 48 business hours
Support Desk →
Core Identity

Mohamed Gomaa

Medical student and systems builder focused on AI systems engineering, cognitive optimization, desktop software development, and vector-driven digital art. The work is always pointed toward one outcome: turning passive knowledge into active, executable systems.

Visit Website Email Me Open NotebookMG
AI Systems Engineering Cognitive Optimization Desktop Software Development Vector / Vexel Illustration
01
Primary role: systems builder with a bias toward end-to-end execution.
Py
Python-first software stack with desktop, automation, and AI integration at the core.
Local
Ownership-centric development built around offline-first workflows and local control.
MG
NotebookMG anchors the current system architecture and cognitive workflow vision.
Functional Positioning

Build systems that change how learning happens

The goal is not to produce standalone features. The goal is to design environments where studying, retrieval, testing, reflection, and iteration all work as one operational loop.

High-efficiency workflows Prioritize speed, clarity, and execution over ornamental complexity.
Ownership-centric development Build around offline-first control, local inference, and durable personal infrastructure.
Learning transformation Turn passive reading into active recall, exam simulation, and measurable retention loops.
Capability Summary

Execution across knowledge, tooling, and interface design

End-to-end intelligent systems Design complete flows that connect prompts, interfaces, storage, scoring, and retrieval.
Domain knowledge to executable workflows Convert educational or clinical knowledge into repeatable systems that can be tested and improved.
Production-oriented local tools Build offline-capable software optimized for retention, speed, and cognitive efficiency.
Specialization Stack

Focused disciplines

Medical Education Systems

AI-assisted note generation, active recall pipelines, OSCE and MCQ exam simulation, and cognitive load optimization strategies.

Software Development

Python as the primary language, with PyQt5 desktop systems, Playwright automation, local AI integration, and modular toolchain architecture.

AI Integration

Structured prompt engineering, multi-step workflow orchestration, local LLM deployment, and RAG-based knowledge systems.

Digital Art

Vector and vexel illustration, comic-style rendering, line-art optimization, and repeatable stylization systems.

Current Flagship Project

NotebookMG

NotebookMG is a cognitive operating system designed to unify study, testing, retrieval, AI assistance, and multimodal knowledge capture inside one extensible environment.

Exam Engine Custom testing workflows for targeted practice and performance feedback.
SRS System Spaced repetition designed around retention and recall efficiency.
Knowledge Graph Layer Structured linking between concepts, cases, notes, and revision trails.
Vault / RAG Retrieval Context-aware retrieval across stored material and curated knowledge bases.
AI Companion "MO" Guided assistance for generation, transformation, and workflow execution.
Multimodal Input Text, audio, and structured data flowing into one unified operating layer.
Hardware-aware LLM Hub Local model orchestration tuned to available hardware and practical constraints.
Advanced UI Orchestration Interface systems designed to make complex workflows feel direct and fast.
Operating Principles

What the work optimizes for

Retention Every workflow should help knowledge survive beyond the session where it was learned.
Speed Systems should reduce friction, compress repetition, and keep execution momentum high.
Cognitive Efficiency Interfaces and automations should lighten mental load instead of adding more context switching.