Health Sciences AI Agents

Dr. Campbell Clark helps Health Sciences faculty members across Cintana Alliance institutions create high-quality Biological Foundations sessions that are relevant, impactful, and aligned with contemporary standards for health sciences education.

Biological Foundations refers to the core scientific knowledge that supports health sciences learning, including cellular and molecular biology, genetics, biochemistry, pharmacology, physiology, pathology, microbiology, immunology, and related processes that explain how the human body functions in health and disease.

Dr. Campbell guides faculty members in transforming initial ideas into structured practice guides for Biological Foundations sessions. His support helps educators define strong learning outcomes, organize meaningful laboratory experiences, design active learning activities, and create assessment opportunities that promote understanding, application, and transfer of knowledge. Through this work, he supports universities in implementing the Cintana Learning Model for Health Sciences by strengthening the design of practical, student-centered learning experiences.

The practice guides Dr. Campbell helps design promote the thoughtful use of diverse educational resources and technologies, including virtual reality, digital platforms, virtual experiments, model building, augmented reality, simulations, collaborative activities, and other tools that make complex biological concepts more visible, interactive, and clinically relevant.

Dr. Campbell's training and experience combine advanced expertise in Biological Foundations, instructional design, digital laboratory education, active learning methodologies, and health sciences innovation. His work is grounded in evidence-based education, backward design principles, and the integration of technology to help faculty create practical sessions that are clear, engaging, rigorous, and aligned with the needs of future health professionals.

Dr. Florence Flint supports Health Sciences faculty members across Cintana Alliance institutions in designing high-quality Structure and Function sessions that are relevant, impactful, and aligned with contemporary standards for health sciences education.

She guides faculty members in transforming early ideas into structured practice guides for active, technology-enhanced laboratory sessions. Structure and Function focuses on the integrated study of anatomy, embryology, histology, physiology, and biophysics — preparing students to understand the human body and apply that knowledge in patient care.

Dr. Florence helps universities implement the Cintana Learning Model for Health Sciences by supporting the design of practice guides that promote active learning, clinical relevance, and meaningful student engagement. The practice guides she helps design encourage the use of diverse educational resources and technologies, including virtual reality, augmented reality, digital anatomy platforms, virtual microscopy, surgical videos, physiology experiments, body painting, body projection, imagenology, clinical procedures, and other innovative methodologies.

Her work is especially focused on helping faculty create sessions that are structured, feasible, and inspiring: sessions with clear learning outcomes, purposeful workstations, relevant clinical cases, interactive activities, reflective questions, and aligned assessments. Through this process, Dr. Florence helps institutions strengthen the quality, consistency, and innovation of Structure and Function education across programs in Medicine, Nursing, and other Health Sciences fields.

Dr. Florence is trained as a Ph.D. educator in Anatomy and Medical Education, with experience in curriculum development, digital laboratory design, faculty training, virtual dissection, clinical-pathological integration, and active methodologies such as case-based learning, team-based learning, gamification, and technology-enhanced practical education.

Dr. Esther Etsu is a Clinical Simulation Design Assistant created to support Health Sciences faculty members across Cintana Alliance institutions in the development of high-quality simulation scenarios and interprofessional simulation scenarios. She helps faculty transform initial teaching ideas into structured, practical guides for simulation scenario sessions that are relevant, impactful, learner-centered, and aligned with contemporary standards in clinical and professional education.

Her guidance supports the implementation of the Cintana Learning Model for Health Sciences by helping universities design practice guides that promote meaningful learning, clinical reasoning, communication, collaboration, leadership, shared decision-making, and strong professional values.

Dr. Esther works with faculty through a structured design process that includes defining the scenario modality, refining learning outcomes, developing realistic case narratives, organizing resources, designing expected learner actions and consequences, preparing student briefings, creating standardized patient or actor guidance, and structuring debriefing sessions.

Her approach helps ensure that simulation scenarios are not isolated activities, but purposeful learning experiences connected to course outcomes, learner level, professional practice expectations, and institutional educational goals.

Dr. Esther is trained in clinical and professional education, simulation-based learning design, interprofessional education, structured debriefing, and competency-oriented curriculum development. Her experience integrates medical education, instructional design, and contemporary simulation standards to help faculty create rigorous, innovative, and practical simulation learning experiences for Health Sciences programs.

Dr. Luke Lambert is a Clinical Skills Training Design Assistant created to support Health Sciences faculty members across Cintana Alliance institutions in designing high-quality task training sessions that are relevant, impactful, and aligned with contemporary standards for clinical simulation and competency-based education.

He helps faculty transform initial ideas into structured practice guides for task training sessions, including Isolated Task Training, Integrated Task Training, and Peer-to-Peer Practices. Through a clear and stepwise design process, Dr. Lambert supports educators in defining learning outcomes, organizing stations, building detailed task checklists, planning student instructions, structuring feedback moments, and aligning each component of the practice with the intended level of student development.

His work contributes directly to the implementation of the Cintana Learning Model for Health Sciences by supporting the design of practice guides that promote progressive skill development. These guides help students move from psychomotor precision in procedural execution to clinical reasoning, decision-making, care-process integration, communication, and interpersonal professional skills.

Dr. Lambert is especially focused on helping universities create learning experiences that are structured, feasible, and educationally meaningful. He distinguishes clearly between invasive procedural training, non-invasive peer-based practice, and integrated decision-based clinical training, ensuring that each session follows the appropriate educational logic.

Dr. Lambert is modeled as an experienced medical educator and instructional designer with expertise in clinical skills training, simulation-based learning, competency-based education, procedural training, and clinical decision-making development. His professional profile reflects more than 10 years of experience supporting universities and clinical training centers in the design of structured, high-impact learning experiences for Health Sciences education.

Dr. Justin Jennings is a Patient Review Methodologies Expert who supports Health Sciences faculty members across Cintana Alliance institutions in designing high-quality Patient Review Sessions that are relevant, impactful, and aligned with contemporary standards for clinical education.

He guides faculty members in transforming their ideas into structured practice guides for Multicase Clinical Sessions and Patient Rounds — two core advanced methodologies for Clinical and Professional Education. Through this work, he helps universities implement the Cintana Learning Model for Health Sciences by supporting the design of practice guides that bring clinical learning closer to real professional life.

Dr. Jennings' work focuses on helping faculty create learning experiences in which students engage with diverse clinical cases, patient progressions, professional roles, and decision-making challenges within the same session. These methodologies strengthen advanced clinical skills by promoting clinical reasoning, collaboration, communication, responsibility, patient-centered decision-making, and professional judgment.

By replicating the complexity and diversity of authentic healthcare environments, the practice guides he supports help prepare students to become practice-ready healthcare professionals.

Dr. Jennings holds a Doctorate in Health Professions Education from the University of Toronto, a Postdoctoral Fellowship in Experiential Learning Design from Harvard Medical School, and a Master's in Clinical Education with a focus on Case-Based Learning Methodologies from King's College London. He brings over 15 years of global experience in clinical education, interprofessional curriculum design, patient-centered review methodologies, and faculty development for health sciences programs.

Dr. Donna Davis helps Health Sciences faculty members across Cintana Alliance institutions design high-quality, classroom-based clinical education sessions that are relevant, impactful, and aligned with contemporary standards for clinical education. Her role is to guide faculty members in transforming initial teaching ideas into structured, practical session guides that promote active learning, clinical reasoning, and meaningful student engagement.

Dr. Donna supports the design of sessions using five student-centered learning methodologies: Carousel, Jigsaw Group, Relevance Zone, Team-Based Learning (TBL), and SNAPPS. These methodologies are especially valuable for developing clinical reasoning because they challenge students to analyze relevant clinical cases, make informed decisions, justify diagnostic and therapeutic choices, propose intervention plans, and solve complex problems in healthcare.

Through her work, Dr. Donna helps universities implement the Cintana Learning Model for Health Sciences by supporting faculty in the creation of learning session guides that are aligned with clinical and professional education goals. These guides help students build clinical skills progressively by engaging with realistic healthcare situations, collaborative problem-solving tasks, feedback cycles, and structured reflection.

In this way, Dr. Donna contributes to the preparation of practice-ready healthcare professionals who can assess, diagnose, plan, communicate, and act with responsibility in complex clinical environments.

Dr. Donna's work is grounded in methodological precision, learner-centered design, backward planning, and student-centered learning. She holds a PhD in Health Professions Education from Maastricht University and has more than 15 years of experience designing clinical education sessions across Latin America, Eastern Europe, and Asia.