Noorda College of Osteopathic Medicine has partnered with Matic to integrate AI-driven clinical intelligence into medical training. Students will gain hands-on experience with Scribematic, Matic’s AI-native documentation platform embedded directly within real-world EHR workflows. The partnership prepares future physicians to work confidently in AI-enabled clinical environments, reinforcing clinical reasoning, preserving human judgment, and connecting documentation to the broader care-to-collection lifecycle.
Noorda College of Osteopathic Medicine (Noorda-COM) has announced a strategic partnership with Matic aimed at preparing medical students for the evolving realities of modern clinical practice. The collaboration introduces students to AI-driven clinical intelligence integrated directly into real healthcare workflows, helping future physicians understand how artificial intelligence can support documentation, care delivery, and operational processes while maintaining human clinical judgment.
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Through this partnership, Noorda-COM will provide students with hands-on experience using Matic’s AI-native clinical intelligence platform, including its flagship documentation solution, Scribematic. Unlike traditional AI scribes that primarily focus on transcription, Scribematic is embedded directly within Electronic Health Record (EHR) workflows and is designed to support the entire care-to-collection lifecycle. This allows students to learn how clinical documentation, coding, and care coordination connect within real healthcare environments.
The collaboration reflects a growing shift in medical education as AI in healthcare becomes increasingly embedded in everyday clinical operations. Medical students must now learn not only diagnostic and clinical reasoning skills but also how to navigate digital documentation, compliance requirements, and downstream care workflows that extend beyond the patient visit.
According to Michael Rhodes, Associate Dean for Graduate Medical Education and Continuing Medical Education at Noorda-COM, the partnership aligns with the institution’s mission to prepare students for the healthcare environments they will encounter after graduation. He emphasized that modern physicians will practice in settings where AI-powered systems are part of daily workflows, and exposure during training ensures students understand how these technologies support care without replacing clinical decision-making.
A key factor in selecting Matic was its recognition by KLAS Research as an Emerging Company in AI-driven clinical documentation and intelligent workflows. The recognition was based on verified clinician feedback highlighting measurable time savings, reduced physician burnout, and strong satisfaction among healthcare providers using the platform. This independent validation confirmed for Noorda-COM that the technology performs effectively in real-world clinical settings.
The partnership also benefits physicians who mentor Noorda-COM students. Community preceptors participating in the program will receive access to Scribematic, allowing them to integrate AI-assisted documentation into their daily practice while training students within the same clinical environment. This shared framework helps students better understand how documentation quality, clinical reasoning, and operational workflows intersect during patient care.
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Matic’s origins add another layer of significance to the collaboration. The platform was originally developed by Alex Sheppert, DO, PhD, MBA, while he was a medical student at Noorda-COM during clinical rotations. With a background as an AI engineer and physician, Sheppert designed Scribematic to address the documentation burdens physicians face while preserving the integrity of clinical reasoning and patient interaction.
Beyond Scribematic, the broader Matic platform includes several AI-powered solutions designed to support different stages of the healthcare workflow. These tools help maintain clinical continuity, support coding accuracy, coordinate care flows, and streamline physician inbox management. Together, they demonstrate how AI-driven clinical intelligence can integrate documentation, decision-making, and operational efficiency within healthcare systems.
Calvin Carter, CEO of Matic, explained that the partnership represents more than introducing technology into the classroom. Instead, it reflects a new approach to medical education where students learn how AI-enabled systems interact with clinical thinking and healthcare operations.
As healthcare systems continue integrating AI in healthcare across clinical and administrative processes, partnerships like the one between Noorda-COM and Matic illustrate how medical schools are adapting training models. By embedding AI tools into clinical education early, students gain practical experience with the technologies shaping modern medicine while reinforcing that AI is a support system for physicians – not a replacement.
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