Designed for program directors, administrators, and departments that need a faster way to identify lecturers and request live sessions.
How MedLive Exchange Works
A structured marketplace where institutions request lecturers and coordinate directly after acceptance.
MLX is currently focused on a lean and self serve workflow with platform based requests and direct coordination.
For Institutions
For Lecturers

How it works for institutions
- Browse and choose a lecturer
Browse by subspecialty, teaching focus, and availability preference.
- Select and request
Choose a lecturer and submit a request with audience level, topic, and proposed dates or time windows.
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Lecturer reviews
The lecturer accepts, declines, or proposes alternative timing.
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Coordinate directly
After acceptance, the institution and lecturer align on format, timing, and session details directly.
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Deliver
The session is delivered live in the agreed format.
The MLX Workflow / For Lecturere
A simple flow for live lecture coordination between institutions and educators.
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Create a professional profile
Add specialty/subspecialty, teaching focus areas, audience level, and availability preference (institutional, national, international).
- Get discovered
Institutions browse profiles by subspecialty and teaching focus to match curriculum needs.
- Receive direct requests
Institutions request a topic and propose dates or time windows. You can accept, decline, or propose alternatives.
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Coordinate and deliver
After acceptance, you coordinate details directly with the institution and deliver the live session.
Why This Matters
MedLive Exchange modernizes how academic expertise is shared while preserving human interaction.
Medical education should not depend on personal connections, scattered emails, or informal introductions. MLX provides a centralized and transparent way to connect institutions with expert educators for live academic engagement.
Built for academic teaching workflows
MLX is focused on live educational sessions for institutions and medical educators, with a structured request flow designed to reduce friction and improve visibility.





