MCW Master of Science in Anesthesia Course List

Physiology for the Anesthesiologist Assistant provides a thorough review of human cellular and organ systems physiology as well as introductory concepts in pharmacology (pharmacodynamics, -kinetics, and -genomics)

Anatomy for the Anesthesiologist Assistant incorporates the relevant human anatomy concepts pertinent to anesthesia practice.

Physics for Anesthesia reviews relevant physical principles involved in the delivery of anesthesia and in the care of the surgical patient.

Foundations in Anesthesia provides the learner with an introduction to anesthesia concepts. Students will learn basic practices and principles in anesthesia care including foundations in general anesthesia, regional anesthesia, monitored anesthesia care, intravenous catheterization, and pharmacology.

Patient Assessment I prepares the student to perform a preoperative interview including a focused preoperative medical history, review of the electronic medical record, and physical exam. Students will practice interviewing skills and performing cardiac, pulmonary, and airway exams. Application of findings and appropriate use of expert consultants are discussed.

Anesthesia Planning I is designed to prepare students for care of the healthy surgical patient while focusing on the knowledge and skills necessary to formulate, organize, prepare and implement an anesthetic plan. Students will learn to plan for the necessary drugs, airway devices, and other tools needed to be fully prepared to manage an average anesthetic.

In Anesthesia Simulation I, learners will develop and apply real-time monitoring and decision-making skills necessary for supervised clinical education. This hands-on course is designed to develop skills and apply concepts using high-fidelity simulation, task trainers, and intraoperative equipment. Airway skills and physiologic monitoring will be incorporated into the course activities to create a foundational knowledge of monitored anesthesia care and general anesthesia.

In Intro to Clinical Anesthesia, learners will be introduced to the clinical environment to observe anesthesia practices and management as well as be introduced to the perioperative environment and policies and practices of patient care through the surgical period.

Anesthesia Equipment and Delivery Systems reviews the mechanical, electrical, and pneumatic components of anesthesia delivery systems. Applications to practice such as pre-use safety checks are included. In particular an in depth study of the anesthesia delivery machine, oxygen delivery, and suctioning systems is covered.

Perioperative Monitoring provides learners with the relevant knowledge and skills for monitoring perioperative patients through basic and complex anesthetics. The course includes applied physics principles for monitoring equipment, troubleshooting, and planning and selection. As well as, clinical diagnostics based upon the resulting monitoring data. An emphasis is placed on mechanical ventilators and non-invasive and invasive monitoring modalities which comply with the American Society of Anesthesiologists Standards for Basic Anesthetic Monitoring.

Implementation and Management I is designed to develop anesthesia knowledge tailored to patient comorbidities and surgical procedures with an emphasis on cardiac and pulmonary disease. Anesthesia pharmacology, practice skills, detection, and management of common pathological conditions and postoperative complications are included.

Patient Assessment II is a continuation of Patient Assessment I. This course furthers the student’s understanding and ability to perform preoperative assessments on patients with both simple and complex medical conditions ranging from mild to severe. Pathophysiology and common pharmacotherapy are presented including perioperative implications. Application of findings to anesthesia planning and appropriate use of expert consultants are discussed.

Anesthesia Planning II is a continuation of Anesthesia Planning I. This course focuses on creating anesthetic plans for geriatric patients and those with cardiac and pulmonary comorbidities, advanced /invasive equipment selection, and complex surgery planning is also included.

Anesthesia Simulation II is a continuation of Anesthesia Simulation I. In this course, learners will manage more complex patients and develop the knowledge and skills to manage adverse events commonly encountered in anesthesia practice.

Research has demonstrated that reflective practice is an effective means to foster improved performance and quality outcomes. This course will provide learners with the structure and framework to critically evaluate literature to improve their clinical knowledge base and apply best practices.

In Clinical Anesthesia I, learners will apply real-time monitoring and decision-making skills in supervised clinical education. Airway skills, intraoperative diagnostic laboratory analysis, and physiologic monitoring will be incorporated for use during supervised patient care in monitored anesthesia care and general anesthesia.

Implementation and Management II is a continuation of Implementation and Management I and introduces care of the patient with kidney disease, endocrine disorders, and neuropathology.

Anesthesia Simulation III is a continuation of Anesthesia Simulation II. In this course, learners will participate in advanced simulation including crisis management and anesthesia emergencies.

Clinical Anesthesia IIa is a continuation of Clinical Anesthesia I. Students will continue their rotations in the Clinical environment, developing their skills in real-time supervised management of patients undergoing monitored anesthesia care and general anesthesia.

Special Topics in Anesthesia Ia introduces students to the advanced practice concepts of subspecialty anesthesia.

Professionalism I provides a foundation in the ethical, legal, cultural, and professional issues in modern anesthesia care. The course includes topics in professional advocacy, compliance with professional and employer guidelines, and providing care to diverse populations.

Anesthesia Planning III is a continuation of Anesthesia Planning II and includes planning for patients with kidney disease, endocrine disorders, and neuropathology.

Ultrasound for Anesthesia will combine lectures and hands-on practice for students to apply ultrasound skills to an array of anesthetic practices. Topics will cover vascular access, peripheral nerve blocks, and introduce students to principles of ultrasound as a diagnostic tool.

Implementation and Management IIb is a continuation of Implementation and Management IIa.

Anesthesia Simulation IIIb is continuation of Anesthesia Simulation IIIa.

Clinical Anesthesia IIb is a continuation of Clinical Anesthesia IIa.

Special Topics in Anesthesia Ib is a continuation of Special Topics in Anesthesia Ia.

Implementation and Management III is a continuation of Implementation and Management IIb and introduces care of the patient with hepatic, hematologic, and neuropsychiatric disorders.

Anesthesia Planning IV is a continuation of Anesthesia Planning III. In this course students will combine their knowledge of pathophysiology, pharmacology, and advanced surgical topics to create detailed anesthetic plans for complex patient and surgical needs.

In Research Seminar II, students will build upon the skill of statistical analysis of published medical literature. Learners will identify topics of interest, perform literature reviews, and develop a poster presentation of a topic anesthesia.

This is a continuation of Special Topics in Anesthesia Ib.

Clinical Anesthesia III is a continuation of Clinical Anesthesia IIb. Students will continue their rotations in the Clinical environment, further developing their skills in the supervised clinical environment.

Clinical Anesthesia within the final year of training involves sub-specialty training. Specialty rotations include pediatric, obstetric, cardiac, thoracic, trauma, regional/acute pain, and neuroanesthesia. General rotations are also included in this course. Students will develop autonomy and ability in anesthesia practice with the goal to become a competent and safe provider in all areas of anesthesia practice and surgical procedures.

Case Conference offers students an opportunity to apply reflective practice as a method to improve performance and quality outcomes. This course will provide the structure and framework for students to critically evaluate their own performance and complex case reviews in anesthesia care.

Clinical Anesthesia Va is a continuation of Clinical Anesthesia IV. Students will continue their rotations in sub-specialty and general practice areas.

NCCAA Exam Preparation Ia will serve as a review in preparation for the NCCAA certifying exam. Students will participate in peer teaching activities, practice problem-based learning, and exam-taking skills.

Clinical Anesthesia Vb is a continuation of Clinical Anesthesia Va.

NCCAA Exam Preparation Ib is a continuation of NCCAA Exam Preparation Ia.

Clinical Anesthesia VI is a continuation of ANES Clinical Anesthesia Vb. Students will continue their rotations in sub-specialty and general practice areas.

NCCAA Exam Preparation II is a continuation of NCCAA Exam Preparation Ib.