Kansas City University Sets New Standard in Point-of-Care Ultrasound Education with AI-Guided Training Curriculum
Kansas City University (KCU) is pioneering point-of-care ultrasound (POCUS) education by introducing a first-of-its-kind, hands-on POCUS elective in its 2024 curriculum. KCU is the first U.S. medical school to use Butterfly Network's AI-guided ScanLab™ application as the foundation of its POCUS curriculum. The program focuses on student scanning proficiency, ensuring graduates are prepared for residency and clinical settings.
The AI-powered ScanLab™ app provides real-time feedback, anatomical labeling, and grading, enabling students to learn independently. Nearly 300 students have enrolled in KCU's POCUS elective series, using personal Butterfly handheld ultrasound devices. This innovative approach addresses the gap in POCUS training in medical schools, setting a new standard for medical education in the 21st century.
La Kansas City University (KCU) è pioniera nell'educazione all' ultrasonografia point-of-care (POCUS) introducendo un corso elettivo pratico, il primo del suo genere, nel curriculum del 2024. KCU è la prima scuola di medicina negli Stati Uniti a utilizzare l'applicazione ScanLab™ guidata dall'AI di Butterfly Network come base del suo curriculum POCUS. Il programma si concentra sulla competenza degli studenti nella scansione, garantendo che i laureati siano pronti per la residenza e le situazioni cliniche.
L'app ScanLab™ potenziata dall'AI fornisce feedback in tempo reale, etichettatura anatomica e valutazione, permettendo agli studenti di apprendere in modo indipendente. Quasi 300 studenti si sono iscritti alla serie di corsi elettivi POCUS della KCU, utilizzando dispositivi ultrasonici portatili Butterfly. Questo approccio innovativo affronta il divario nella formazione POCUS nelle scuole di medicina, fissando un nuovo standard per l'educazione medica nel XXI secolo.
La Universidad de Kansas City (KCU) es pionera en la educación de ultrasonido point-of-care (POCUS) al introducir un curso electivo práctico, el primero de su tipo, en su currículo de 2024. KCU es la primera escuela de medicina en EE. UU. en utilizar la aplicación ScanLab™ guiada por IA de Butterfly Network como base de su currículo POCUS. El programa se enfoca en la competencia en escaneo de los estudiantes, asegurando que los graduados estén preparados para la residencia y los entornos clínicos.
La aplicación ScanLab™, potenciada por IA, proporciona retroalimentación en tiempo real, etiquetado anatómico y calificaciones, permitiendo a los estudiantes aprender de manera independiente. Casi 300 estudiantes se han inscrito en la serie de cursos electivos POCUS de KCU, utilizando dispositivos de ultrasonido portátiles de Butterfly. Este enfoque innovador aborda la brecha en la formación en POCUS en las escuelas de medicina, estableciendo un nuevo estándar para la educación médica en el siglo XXI.
캔자스 시티 대학교(KCU)는 2024 교육과정에 최초의 실습 중심 POCUS 선택 과목을 도입하여 현장 초음파(point-of-care ultrasound, POCUS) 교육의 선두주자가 되고 있습니다. KCU는 미국 최초의 의과대학으로 Butterfly Network의 AI 기반 ScanLab™ 애플리케이션을 POCUS 교육과정의 기초로 사용하고 있습니다. 이 프로그램은 학생들의 초음파 스캐닝 능력에 중점을 두어 졸업생들이 레지던시 및 임상 환경에 잘 준비되도록 하고 있습니다.
AI로 구동되는 ScanLab™ 앱은 실시간 피드백, 해부학적 라벨링 및 채점을 제공하여 학생들이 독립적으로 학습할 수 있도록 합니다. 거의 300명의 학생들이 KCU의 POCUS 선택 과목 시리즈에 등록하였고, 개인 Butterfly 휴대용 초음파 기기를 사용하고 있습니다. 이 혁신적인 접근은 의과대학의 POCUS 교육 격차를 해소하고 있으며, 21세기 의학 교육의 새로운 표준을 설정하고 있습니다.
L'Université de Kansas City (KCU) est pionnière dans l'éducation à l'échographie point-of-care (POCUS) en introduisant un cours électif pratique sans précédent dans son programme de 2024. KCU est la première faculté de médecine aux États-Unis à utiliser l'application ScanLab™ guidée par IA de Butterfly Network comme base de son programme POCUS. Le programme met l'accent sur la compétence des étudiants en matière de numérisation, garantissant que les diplômés soient prêts pour la résidence et les milieux cliniques.
L'application ScanLab™ alimentée par IA fournit des rétroactions en temps réel, un étiquetage anatomique et une notation, permettant aux étudiants d'apprendre de manière indépendante. Près de 300 étudiants se sont inscrits à la série de cours électifs POCUS de KCU, utilisant des dispositifs ultrasoniques portables de Butterfly. Cette approche innovante comble le fossé dans la formation POCUS dans les écoles de médecine, établissant une nouvelle norme pour l'éducation médicale au XXIe siècle.
Die Kansas City University (KCU) ist Pionier in der Ausbildung zur point-of-care Ultraschall (POCUS)-Anwendung, indem sie ein neuartiges, praktisches POCUS-Wahlfach in ihr Curriculum für 2024 einführt. KCU ist die erste medizinische Hochschule in den USA, die die KI-gesteuerte ScanLab™-Anwendung von Butterfly Network als Grundlage ihres POCUS-Curriculums nutzt. Das Programm konzentriert sich auf die Scanfähigkeiten der Studierenden und sorgt dafür, dass die Absolventen gut auf die Facharztausbildung und klinische Umgebungen vorbereitet sind.
Die KI-gestützte ScanLab™-App bietet Echtzeit-Feedback, anatomische Beschriftungen und Noten, wodurch es den Studierenden ermöglicht wird, eigenständig zu lernen. Fast 300 Studierende haben sich für die POCUS-Wahlfachreihe der KCU eingeschrieben und nutzen persönliche tragbare Ultraschallgeräte von Butterfly. Dieser innovative Ansatz schließt die Lücke in der POCUS-Ausbildung an medizinischen Hochschulen und setzt einen neuen Standard für die medizinische Ausbildung im 21. Jahrhundert.
- KCU becomes the first U.S. medical school to use Butterfly Network's AI-guided ScanLab™ in its POCUS curriculum
- Nearly 300 students enrolled in KCU's POCUS elective series
- Students use personal Butterfly handheld ultrasound devices for training
- The program addresses a gap in POCUS training in medical schools
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Insights
Kansas City University's integration of Butterfly Network's AI-guided ScanLab™ into its point-of-care ultrasound (POCUS) curriculum marks a significant advancement in medical education. This innovative approach addresses a critical gap in traditional medical training, where POCUS skills are often acquired during postgraduate years. By providing students with hands-on experience and AI-powered feedback, KCU is setting a new standard for POCUS education.
The program's focus on practical skills development, including cardiac, lung and eFAST scans, will likely produce graduates who are better prepared for residency and clinical practice. The use of personal Butterfly handheld devices and the ScanLab™ app allows for independent learning and skill refinement, which is important in developing proficiency. This approach not only enhances the quality of medical education but also has the potential to improve patient care in the long term.
While this news is positive for medical education, its direct impact on Butterfly Network's stock may be in the short term. However, it demonstrates the company's growing presence in medical education, which could lead to increased adoption of their technology in healthcare settings over time.
Butterfly Network's collaboration with Kansas City University represents a strategic move to penetrate the medical education market. By positioning their AI-guided ScanLab™ as a foundational tool for POCUS training, Butterfly is cultivating a future customer base of medical professionals familiar with and likely to prefer their technology.
The adoption of Butterfly's technology by a medical school is a positive indicator for the company's growth potential. It validates the product's educational value and could lead to similar partnerships with other institutions. This expansion into education complements Butterfly's existing presence in clinical settings and may contribute to a more diversified revenue stream.
However, investors should note that the impact on Butterfly's financials may not be immediate. The education sector typically has longer sales cycles and may not generate the same revenue per unit as clinical sales. The long-term benefit lies in brand recognition and potential future sales as students transition to practicing physicians.
KCU incorporates Butterfly Network's AI-guided ScanLab™ education application into its curriculum to empower dedicated, hands-on ultrasound training.
KCU's innovative POCUS program uses the AI-powered ScanLab™ app to provide students with dedicated feedback and guidance that is key to strengthening skills in essential scans, including cardiac, lung and eFAST (Extended Focused Assessment with Sonography in Trauma). The app offers real-time anatomical labeling, step-by-step instructions and feedback on probe placement, all while comparing students' scans to reference images. The AI tool even grades the scans, enabling students to learn independently and refine their skills efficiently.
While POCUS is becoming increasingly vital in modern health care, most medical schools still fail to provide consistent training in this area. Physicians often acquire these essential skills during postgraduate training. KCU is addressing this gap by integrating comprehensive POCUS training into its curriculum, ensuring students are equipped for residency right from the start.
"When you get to residency, there's a lot to learn," said Robert Arnce, MD, director of clinical integration at KCU. "If our students enter with POCUS proficiency, that's one less skill they need to master, and it distinguishes them from other residents."
John Martin, MD, chief medical officer at Butterfly Network, added, "Empowering students with POCUS skills not only gives them a leg up entering residency but will ultimately lead to higher quality patient care. The AI-powered insights from Butterfly ScanLab are designed to give every student the personal mentorship they need to scan confidently. By integrating this technology into their program, KCU is setting a new standard for medical training in the 21st century."
This academic year alone, nearly 300 students have enrolled in KCU's POCUS elective series, using their own personal Butterfly handheld ultrasound devices. As they progress, students simultaneously complete related courses in Butterfly Academy, building confidence and expanding their ultrasound skills at their own pace. With each completed course, students earn certifications, further solidifying their expertise.
"I performed an eFAST exam, a cardiac exam, and a lung exam. It was incredibly valuable to visualize different structures and gain a deeper understanding of anatomy," said first-year medical student Bryant Pace.
Beyond its educational impact, the mobility and versatility of the Butterfly probe make it indispensable in resource-limited settings, such as rural hospitals or disaster environments. Unlike traditional ultrasound machines, this tool's portability ensures high-quality care even in challenging circumstances.
"This is a physician skill—one that directly translates into their ability to care for patients," Arnce continued. "While many aspects of medical school are theoretical, POCUS training gives our students the hands-on experience they need to make a real impact in clinical settings. Research shows that point-of-care ultrasound significantly increases patient satisfaction because doctors spend more time at the bedside. It transforms patient care by integrating ultrasound into daily assessments, diagnoses, and treatments."
Through its pioneering use of AI-powered tools and its strong focus on practical ultrasound training,
About
About Butterfly Network
Founded by Dr. Jonathan Rothberg in 2011, Butterfly Network is a digital health company with a mission to democratize medical imaging by making high-quality ultrasound affordable, easy-to-use, globally accessible, and intelligently connected, including for the 4.7 billion people around the world lacking access to ultrasound. Butterfly created the world's first handheld single-probe, whole-body ultrasound system using semiconductor technology, Butterfly iQ. The company has continued to innovate, leveraging the benefits of Moore's Law, to launch its second-generation Butterfly iQ+ in 2020, and third generation iQ3 in 2024 – each with increased processing power and performance enhancements. The disruptive technology has been recognized by TIME's Best Inventions, Fast Company's World Changing Ideas, CNBC Disruptor 50, and MedTech Breakthrough Awards, among other accolades. With its proprietary Ultrasound-on-Chip™ technology, intelligent software, and educational offerings, Butterfly is paving the way to mass adoption of ultrasound for earlier detection and remote management of health conditions around the world. Butterfly devices are commercially available to trained health care practitioners in areas including, but not limited to, parts of
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Haley Reardon
Director of Communications
417.208.0664 (office)
417.592.2223 (cell)
hreardon@kansascity.edu
Liz Learned Snyder
Head of Comms & PR
978.505.2567
llearned@butterflynetinc.com
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