Academic and Student Services

A Standardized Patient (SP) is a person trained to portray a patient in realistic and repeatable ways to simulate a specific medical condition or disease.

• SPs provide feedback on a learner’s performance from the perspective of the person they portray, related to interviewing skills and physical examinations. Learners also receive feedback on their ability to communicate empathically with patients.
• SPs allow a learner to practice taking a complete and focused history of a patient, as well as practice physical exam techniques.
• SPs continue to be a resource for practicing ultrasounds.
• SPs not only assist with teaching, they also provide opportunities for assessing a learner’s performance.

Simulation-based medical education (SBME) bridges classroom learning and real-life clinical experiences.

SBME is a powerful standardized, objective and measurable teaching method used to instruct and test all levels of learners from any healthcare discipline to increase their competency as healthcare providers.

Different modalities of simulation are used, depending on the learning objective:

• Standardized Patients (SP) – Primarily used to train/test patient-provider communication skills. “SP’s” are also used to practice physical assessment, and as models for procedures such as ultrasound.
• Procedural Task Trainers – Allow trainees hands-on practice. An extensive range of skills, from simple IV placement to central line placement and intubation, are taught with trainers.
• Hi-Fidelity Simulators - Full-body manikins that mimic, at a very high level, human body functions. Used for immersive simulation experiences that provide a high level of interactivity and realism for the learner.
• Hybrid Simulation – Combining two or more simulation modalities to maximize effectiveness of a training session. (e.g. displaying simulated “sick” patient vital signs for otherwise healthy SPs patients to heighten realism).

Customized learning experience - SBME accommodates a wide range of learners from novices to experts, and an array of skills including knowledge-in-action, procedures, decision-making, and effective communication.

Patient and student safety - The simulated environment allows learners freedom to make mistakes without patient harm. By seeing the outcome of their mistakes and then debriefing, learners gain powerful insight and the opportunity to practice to “get it right”.

The STAR Center’s Simulation Professionals and State-of the-art Simulation Lab - STAR Center staff put their years of experience to work helping faculty develop SBME solutions to meet the educational objectives for their learners. Whether that solution means a fully-immersive Hi-Fidelity scenario in our Simulation lab or a simple learning activity that utilizes simulation, the STAR Center and staff are here to help you.

Self-directed learning, or SDL, is defined by the following components (LCME Standard 6.3):

• Self-assess own learning needs
• Identify, analyze, and synthesize relevant information independently
• Appraise credibility of information
• Share information with peers and supervisors
• Receive feedback on their information-seeking skills

Interprofessional Education (IPE) prepares MCW students to function professionally in the team environment, with emphasis on the following competencies: 

Communication 
Values and Ethics
Teams and Teamwork
Roles and Responsibilities 

The goal of interprofessional programming is to foster a respect and appreciation for all future members of the healthcare team. IPE is founded on the principle that learning about, from, and with other professionals throughout one’s education contributes to an ability to operate more sufficiently on a healthcare team.

If you are interested in Interprofessional Education, OEI has an Interprofessional Education Coordinator to help! The IPE Coordinator collaborates with faculty to design and implement programming aligned with the goals of IPE. The coordinator will provide support through all stages of program development, including recruitment and communication with partner programs and students, and is an excellent resource to ensure that integrating IPE into your courses does not become overwhelming.

Instructional design is the strategic process of creating and improving instructional experiences. Using learning theory and educational research, instructional designers try to analyze learning needs within all MCW schools and set out to ensure that the needs can be both met and assessed. We are goal-driven and care about the responsibilities of the faculty and needs of all learners here.

Instructional design services can often be the conduit or bridge between faculty ideas and implementation. If an educator has an idea, whether it’s abstract, or a slight improvement, or maybe just the start of a concept, we pride ourselves on being able to hear them out and help them establish definable outcomes. We work closely with teams like educational technology, the library, faculty development, and the exam team to ensure that we’re aware of all possibilities that may be useful for the educational mission at MCW. While we’re often behind the scenes, we will meet with educators and students anywhere to ensure that projects meet deadlines and have an extra layer of quality assurance.

• 5 Ideas for Promoting Student Engagement (PDF)
• Clinical Feedback (PDF)
• Feedback vs Evaluation (PDF)
• Flipped Classroom (PDF)
• Self-Care Strategies for Faculty (PDF)

• Faculty Development Series - Student Engagement (PDF)
• Interprofessional Education (IPE) (PDF)
• Flipping the Classroom (PDF)
• Active Learning MCW (PDF)
• Clinical Feedback (PDF)
• Clinical Feedback Models (PDF)
• Planning Online Discussions (PDF)
• Step 1 Exam Overview for Faculty (PDF)

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