Simulation Certificate Program

The Simulation Certificate Program fosters excellence in nursing education in Canada through faculty development in simulation-based pedagogy, practices, and technologies. The program prepares nurse educators to address a broad complement of practice learning needs and the full range of simulation typologies.

 

The Simulation Certificate Program encompasses two foundational modules and a selection of advanced modules. We recommend completing foundational module 1 before taking foundational module 2. Every module culminates in a submitted assignment and a multiple-choice exam. Upon successful completion of foundational modules 1 & 2 as well as one advanced module, participants will be prepared to write the national certification exam to achieve the Canadian Certified Simulation Nurse Educator (CCSNE) designation.

CCSNE – Exam

Audience: Nurse educators using simulation in nursing education programs
Delivery: Online (Zoom & Moodle)
Timeframe:

  •  Foundational Modules are 8 weeks each; see Modules for course dates
  • Advanced Modules are 4 weeks each; see Modules for course dates

Please note that participation in all live webinars is a course requirement.

Requirements: 

  •  Participants must be a nurse registered in their jurisdiction.
  •  A graduate degree in nursing is recommended but not required; expectations are similar to those of a graduate-level course.

Modules:
Foundational Module 1: Theory, Design, and Psychological Safety – Winter 2027
Foundational Module 2: Facilitation and Implementation – September 2026
Advanced Module: Scholarship – Fall 2027
Advanced Module: Interprofessional Education – Fall 2027

Competencies:
Successful participants in the program will have demonstrated that they have developed the six competencies for simulation-based learning facilitation, noted below. The Canadian Certified Simulation Nurse Educator competencies are as follows:

  1. draws on foundational theories and simulation pedagogy when teaching simulation;
  2. designs effective simulation scenarios;
  3. facilitates learning effectively in the context of simulation-based experiences;
  4. collaborates with educators from other health professions to develop and implement simulation-based experiences;
  5. evaluates participants of simulated-based experiences appropriately; and
  6. contributes to furthering simulation knowledge among nursing faculty and building a community of nurse educators with expertise in simulation.

Cost per foundational module:

  • $525 per module for participants from CASN member schools
  • $625 per module for non-member participants

Cost per advanced module:

  •  $255 per module for participants from CASN member schools
  • $355per module for non-member participants

Registration includes:

  •  Live webinars
  • Instruction, correspondence, and support
  • Discussion forum
  • Final online exam
  • Certificate of Successful Completion

Please note: the course is offered in English, and registration is limited. The registration fee does not include the cost of the required course text. Participants are responsible for purchasing the required text.

Register for Module 2

Campbell, S., Luctkar-Flude, M., Harder, N., & Tyerman, J. (Eds.). (2023). Simulation in Canadian nursing education. Canadian Association of Schools of Nursing.

Nicole Harder, RN, PhD, CHSE

Nicole Harder is an Assistant Professor with the College of Nursing, and the Mindermar Professor in Human Simulation, Rady Faculty of Health Sciences, University of Manitoba.  Nicole has been with the University of Manitoba since 2000 in a variety of positions, including serving as the Coordinator for the College of Nursing Simulation Learning Centre.  Her practice background has been as a women’s health nurse practitioner with the Canadian military, as well as several years working in the Canadian high arctic in remote health centers.  Nicole has conducted several education sessions nationally and internationally educating faculty members on facilitation and debriefing techniques in simulation, and how to create effective simulation-based learning experiences.  She is the Editor-in-Chief for the peer reviewed journal Clinical Simulation in Nursing, and serves on the Board of Directors for the International Nursing Association for Clinical Simulation and Learning, and with the Réseau Simulation Canada Network.  In addition, she has served as the Co-Chair of the Canadian Association for Schools of Nursing (CASN) Taskforce on Clinical Education, was the former Chair of the CASN Simulation Special Interest Group, and is the a Past-President of the Western and Northern Region-CASN.

Suzanne Hetzel Campbell, RN, PhD, IBCLC, FCNEI , CCSNE

Dr. Suzanne Hetzel Campbell, Emeritus Professor at the University of British Columbia, School of Nursing, Vancouver, Canada, is a seasoned global educator who uses technology and experiential learning pedagogy to build capacity in simulation. She provides ongoing leadership in facilitating faculty development workshops, mentoring new and seasoned authors to share their simulation designs in her award winning co-edited textbook and encouraging inter-professional simulations led by nurses. Understanding the complexities of bringing classrooms to life, she helps bridge the gap between education and practice. She is advancing interprofessional education, research, and practice by incorporating technical and non-technical skills such as communication, therapeutic relationship, leadership and team-building in her simulation research and international presentations and publications. Advancing nursing’s role in the development of knowledge, partnerships, and collaboration begin with the support of nursing faculty – Dr. Campbell’s commitment to professional development of nursing faculty spans two decades. Her clinical work in the area of lactation with underserved populations has led her to global and interdisciplinary work that melds with the goals of simulation. Enjoying didactic, clinical, and technological teaching she is excited to share her years of experience with the next generation of nursing faculty.

Marian Luctkar-Flude, RN, PhD

Dr. Marian Luctkar-Flude is an Assistant Professor at the Queen’s University School of Nursing. She has over 20 years’ experience as a medical-surgical nurse and over 15 years’ experience as an educator.  She has been involved in simulation education since 2005 when she was appointed as the Nursing Lab Coordinator and helped to take the new high-fidelity simulators out of the box. During that time she led the development of the Queen’s nursing simulation program and collaborated with colleagues from the School of Medicine and the School of Rehabilitation Therapy to develop, implement and evaluate a series of interprofessional simulation modules for prelicensure students. She now holds a tenure track faculty position, but continues to be involved in curriculum development using various simulation strategies, and was awarded the Queen’s University Faculty of Health Sciences Education Award for Excellence and Innovation in Teaching in 2014.

Marian has been an active member of the International Nursing Association for Clinical Simulation and Learning (INACSL) since 2010 and currently serves on the Research Committee and the Editorial Board of the journal Clinical Simulation in Nursing. She is also a member of other simulation organizations such as the Society for Simulation in Healthcare (SSH), the SIM-one Healthcare Simulation Network, is a founding member and current Co-President of the Ontario Simulation Alliance (OSA) and the Canadian Network of Nurse Educators using Simulation (CAN-SIM), and is on the steering committee for the Canadian Virtual Simulation Community of Learning. She teaches in simulation design and research courses for the OSA/CAN-SIM, SIM-one, and the Canadian Association of Schools of Nursing (CASN).

Her program of research initially focused on curriculum development and interprofessional education using simulation, and in 2016 she was the recipient of the INACSL Excellence in Research Award in recognition of this work. Her current research interests include faculty development, presimulation preparation, and virtual simulation games. She is the recipient of numerous educational research grants, has published widely in the field of simulation-based education, and has presented at numerous regional, national and international conferences and scientific conferences. She is known as a collaborator and mentor amongst her nursing and interprofessional colleagues in the simulation community.

Jane Tyerman, RN, PhD

Jane Tyerman, RN, PhD, CCSNE, is an associate professor at the University of Ottawa School of Nursing. She has over 29 years of experience in acute care clinical practice and 15 years of academic teaching experience at the graduate and undergraduate levels. She has an in-depth understanding of what it means to be a nurse in the complex and challenging environments in which nursing students learn and nurses work. Dr. Tyerman has made significant contributions to nursing education by advancing the pedagogy that underpins the effective use of clinical simulation and through her innovative use of technology to expand equity and access to high-quality teaching and learning resources. Dedicated to providing faculty development supporting simulation-based learning, she contributed to developing the Canadian Association of Schools of Nursing (CASN) Certified Canadian Simulation Nurse Educator program and instructs course modules focusing on simulation design, evaluation, and scholarship. She received the 2020 International Nursing Association for Clinical and Simulation Learning Spirit of Leadership Award, the 2021 Canadian Network for Innovation in Education Excellence and Innovation In Instructional Design Award, the 2021 CASN Ethel Johns Award for distinguished service to nursing education in Canada, the 2022 University of Ottawa Health Science Dean’s Excellence in Teaching Prize, and the 2023 Society for Simulation in Healthcare Virtual Simulation Award for Innovation. Dr. Tyerman’s research and publications focus on developing nursing simulation, using curriculum integration, and using serious games and virtual simulation. Collaborating with nurse educators across Canada and internationally, she has authored multiple publications on simulation and virtual simulation games. Her expertise has led to co-creation of over 185 virtual simulation games, many available in French. Dr. Tyerman is known for her innovations, collaborations, and mentorship, encouraging nurse educators to excel in the delivery of simulation-based education.

Holldrid Odreman PhD, MScN-Ed, RN, CCNS, CCSNE

Dr. Holldrid Odreman is a Professor and Program Coordinator of the Honours Bachelor of Science in Nursing program in the School of Nursing at Niagara College in Welland, Ontario, a Canadian Certified Nurse Educator, and Canadian Certified Simulation Nurse Educator with the Canadian Association of Schools of Nursing (CASN). His professional background is grounded in nursing education, with expertise in curriculum design, evidence-based practice, simulation-based learning, clinical teaching, and faculty development.

Dr. Odreman has taught across diploma and degree nursing programs, contributing to undergraduate and graduate nursing education. He has delivered presentations at national and international conferences on topics such as simulation, psychological safety, clinical reasoning, and transformational leadership in nursing students. His scholarly work includes peer-reviewed publications in journals such as Clinical Simulation in Nursing and Nursing Education Perspectives, as well as book chapters and conference proceedings focused on simulation and innovative teaching strategies.

Dr. Odreman is an active researcher and Principal Investigator on multiple funded studies exploring simulation-based training, student self-confidence, performance anxiety, and clinical skill development in nursing education. In addition, he serves as a reviewer for several peer-reviewed journals, including Clinical Simulation in Nursing and the Journal of Research in Interprofessional Practice and Education, and holds memberships in key professional organizations such as the International Nursing Association for Clinical Simulation and Learning, the Society for Teaching and Learning in Higher Education, and the Sigma Theta Tau International Honor Society of Nursing.


Cancellations

  • Registrations that are cancelled up to 1 week before the start of the course will be refunded minus a $50 administrative fee.
  • Registrations that are cancelled with less than 1 week’s notice will not be refunded, though the participant will have the option to defer the cost of the course to apply to another CNEI/CASN course.
  • There will be no refunds issued once the course begins.
  • CASN reserves the right to cancel this course if it does not meet minimal group requirements.

Course Content

  • Participants are responsible for access to any course materials, including articles and textbooks.
  • There will be no make-up assignments accepted.
  • Assignments will not be re-marked.
  • Late submissions will not be accepted, unless under exceptional circumstances.

Please see our complete academic policies.

If you have any questions or would like more information about the course, please contact education@casn.ca.


Foundational Module 1: Theory, Design, and Psychological Safety

Description

The first module of the program focuses on competencies 1, 2, 3, 4 and 5, which primarily address the initial phases of a simulation-based experience. Participants will learn foundational components of simulation-based education to assess, develop, implement, and evaluate simulation as a teaching and learning tool that facilitates practice learning in nursing education. They will also learn to create and integrate simulation theory/knowledge into courses and programs to facilitate the acquisition of entry-to-practice nursing competencies among nursing students. A focus on standards of best practice, ethics, psychological safety, and basic facilitation concepts will be introduced such as cueing principles and interprofessional education. Recognizing the importance of facilitator competence, professional development and the role of research and assessment, this module will introduce participants to a variety of theories and frameworks to enhance their simulationist and nurse educator role.

Audience: Nurse educators using simulation in nursing education programs
Delivery: Online (Zoom & Moodle)
Requirements:

  •  Participants must be a nurse registered in their jurisdiction
  • A graduate degree in nursing is recommended but not required; expectations are similar to those of a graduate-level course.

Timeframe: 8 weeks

Please note that participation in all live webinars is a course requirement.

 Dates

Section A (Tuesdays, 4-6 pm Eastern time)

  • Starts Winter 2027
  • Exam: TBD
  • Instructors: Nicole Harder, Suzanne Campbell

Section B (Thursdays, 7-9 pm Eastern time)

  • Starts Winter 2027
  • Exam: TBD
  • Instructors: Jane Tyerman, Marian Luctkar-Flude

Module Competencies:

By the end of this course, participants will be able to:

  1. Describes foundational theories and frameworks that are commonly embedded in simulation pedagogy;
  2. Appraises components of a safe learning environment for participants engaged in a simulation-based experience
  3. Articulates how one’s personal educational philosophy aligns with theories and philosophies for using simulation
  4. Critically reflects on one’s skills, knowledge, attitude, and performance as a simulationist;
  5. Incorporates foundational evidence for a simulation-based experience using a needs assessment;
  6. Aligns simulation-based experiences with learning outcomes, related courses/modules, clinical practice, and/or curriculum;
  7. Embeds learning theory and frameworks in simulation design;
  8. Utilizes comprehensive and appropriate templates for simulation-based experiences;
  9. Applies evidence-informed best practices and operational logistics in simulation design
  10. Promotes a physically and psychologically safe environment for engaging in simulation education;
  11. Chooses the methods of learner assessment and evaluation prior to the simulation-based experience;
  12. Models ethical approaches and professional integrity in simulation education by upholding the Healthcare Simulationist Code of Ethics;
  13. Incorporates preparatory activities and prebriefing effectively to prepare learners for the simulation-based experience
  14. Establishes guidelines for the simulation experience to promote a physically and psychologically safe learning environment
  15. Demonstrates a respect for the learning and educational cultures of other health professions
  16. Articulates the appropriate use of formative, summative, and high-stakes evaluations in simulation-based experiences with interprofessional teams
  17. Appraises research and evidence related to simulation-based education
  18. Participates in simulation activities and initiatives to advance the science of simulation
  19. Participates in professional development opportunities to enhance one’s own knowledge, practice, and expertise
  20. Models the practice guidelines and principles of the Healthcare Simulationist Code of Ethics.


Foundational Module 2: Facilitation and Implementation

Description

The second foundational module focuses on the competencies required to prepare, implement, and facilitate simulation-based learning experiences. Building on the theoretical and design principles introduced in Module 1, this module emphasizes the practical application of simulation pedagogy in real-time educational contexts.

Participants will develop foundational skills in learner preparation, prebriefing, facilitation, cueing, and debriefing. Emphasis is placed on managing simulation as it unfolds, including responding to learner needs, maintaining psychological safety, and adapting to emerging situations during the simulation experience.

This module introduces facilitation as both a structured and responsive process, grounded in evidence-informed frameworks such as HSSOBP™. Concepts related to feedback and introductory evaluation practices are addressed to support alignment with learning outcomes.

As a continuation of the foundational sequence, this module prepares participants for more advanced facilitation, evaluation, and interprofessional simulation concepts explored in subsequent modules. It also supports readiness for the CCSNE examination by addressing key domains related to facilitation and learner engagement.

Audience: Nurse educators using simulation in nursing education programs
Delivery: Online (Zoom & Moodle)
Requirements:

  •  Participants must be a nurse registered in their jurisdiction
  • A graduate degree in nursing is recommended but not required; expectations are similar to those of a graduate-level course.

Timeframe: 8 weeks
Please note that participation in all live webinars is a course requirement.

Dates

 (Tuesdays, 7-9 pm Eastern time)
Starts September 22, 2026
Exam: November 10, 2026
Instructors: Jane Tyerman, Holldrid Odreman 

Module Competencies:

By the end of this course, participants will be able to:

  1. Prepare learners for simulation-based experiences through structured prebriefing and orientation
  2. Establish and maintain psychologically safe learning environments during simulation
  3. Facilitate simulation-based experiences using foundational facilitation strategies
  4. Apply cueing techniques to support learner progression and achievement of objectives
  5. Adapt facilitation approaches based on objectives, learner needs, performance, and context
  6. Provide constructive, timely, and learner-centred feedback during simulation
  7. Ensure consistency and quality across simulation experiences for multiple learner groups
  8. Apply foundational debriefing frameworks to support reflective learning
  9. Integrate ethical principles and professional standards into simulation facilitation
  10. Align facilitation and feedback practices with intended learning outcomes
  11. Describe the role of formative and introductory summative evaluation in simulation
  12. Reflect on one’s developing identity and effectiveness as a simulation facilitator
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