Curriculum

Clinical Anaplastology Graduate Curriculum

Innovative Curriculum

Our curriculum is designed to develop clinical and technical skills necessary to provide safe and effective clinical care.

Expert Faculty

Learn from professionals who are subject matter experts in the field of clinical anaplastology.

State-of-the-Art Facilities

Access cutting-edge technology, a world-reknowned institution and resources that are unmatched.

A guide to the visualizations of the Curriculum:

The images below show the sequence of courses (Fall, Spring, Summer) throughout the 2-year program.  Students can expect to spend 50 hours of effort or more per week in Lecture, Lab, Supervised Clinical Rotations or Independent Study.

The size of the different course ‘blocks’ reflects the amount of time given to the different courses during that day/week/month. For example, in September of the first year, the only course attended is Human Anatomy. All class hours during the month are devoted to this one course. However, in mid-October of the first year, there are 4 concurrent courses. Anatomical Sculpting has significantly more hours scheduled than Survey of Materials and Methods, The Clinical Anaplastologist, or Clinical Exposure courses.

First Year Courses

Fall

In the first year, students receive training in 1) Foundational coursework including anatomy, professional standards, materials and methods, 2) Interdisciplinary topics including clinical etiology, surgical functional and psychosocial considerations, and 3) Hands-on skills development such as creating various kinds of prosthetic devices, use of advanced 3D technologies and mold-making/casting methods. Students receive technical training in safe and effectives use of materials, equipment and instrumentation.

ME.120.901 The Clinical Anaplastologist

Introduction to professional standards in the field of clinical anaplastology including: an overview of professional societies addressing continuing education; the defined scope of practice of clinical anaplastologists: facial, ocular, and non-weight bearing somatic prosthetics; practice guidelines addressing assessment and treatment, quality assurance, and professional performance standards; and requirements for certification. Invited speakers participate in providing students with an understanding of current professional activities.

ME.120.902 Clinical Anaplastology Exposure

Observe Certified Clinical Anaplastologists providing care to patients and experience firsthand professional, behavioral, and organizational practices impacting anaplastology patient care. The exposure period provides students with a case-based context for topics covered in concurrent coursework and provides practical experience in advance of Supervised Clinical Rotations.

ME.120.903 Anatomical Sculpting

Hands-on course with sculpting assignments of the facial form using oil and water-based clay. This course develops skills of observation and accurate sculptural replication of nasal and auricular anatomy based on surface anatomy relationships, proportions, surface texture, functional considerations, and underlying remnant anatomy. Comparisons to digitally produced anatomical models as well as prosected cadaveric specimens provide greater understanding of form based on anatomical relationships.

ME.120.904 Survey of Materials and Methods

Provides exposure to the various conventional materials and workflows used in creating custom medical devices for the face, eye, and body. Includes a discussion on material properties and various products used for impression taking, sculpting, moldmaking, color matching, casting and finishing phases of work. Also presents materials and processes associated with digital 3D workflows used in producing flexible and rigid medical devices.

ME.120.905 Interdisciplinary Considerations of Rehabilitation

Exploration of various dimensions involved in anaplastology care: clinical etiology, surgical, aesthetic, functional and psychosocial considerations involved in prosthetic rehabilitation. Discuss types of cancer, congenital diseases, and traumas leading to referral for care. Discuss surgical and reconstructive procedures on a regional anatomical basis. Review aesthetic and functional considerations for each region of anatomy. Review issues dealing with both clinician and patient psychosocial aspects to care as well as positive impact and limitations of prosthetic rehabilitation.

ME.130.600.002 Scientific Foundations of Medicine: Human Anatomy with Developmental Anatomy

This seven-week course is the lead-in for medical students into the Scientific Foundations of Medicine curriculum, using a regional approach to teaching anatomy along with dissection of the human body, which is essential for learning the details, the three-dimensional relationships, and the anatomical variation necessary for a good grasp of anatomy. Students are given lectures on human gross anatomy (and embryology wherever relevant), dissect that region of the body, receive relevant clinical correlations, and participate in team-based learning and small-group activities.

ME.120.907 Principles of Clinical Anaplastology Practice

Survey elements and activities involved in clinical care, from varying points of view of the clinician, patient, and clinical practice standards. Sample topics include: principles of effective communication, professionalism and ethical care, patient education, medical terminology, patient clinical assessment, treatment planning, documentation using SOAP (Subjective, Objective, Assessment, and Plan) notes, and long-term patient follow-up.

ME.120.906 3D Technologies and Clinical Modeling

An advanced hands-on exploration of various 3D technology tools for clinical applications, including: 3D segmentation of medical imaging (DICOM) data, 3D surface scanning, digital sculpting, image guidance software, and filament versus resin-based 3D printing. Discuss considerations in the design of clinical models for teaching and diagnostic treatment planning purposes.

ME.120.908 Adhesive and Anatomically-Retained Facial Prosthetics

Principles, materials and methods, and hands-on practice of tasks involved in treatment of patients using adhesive and anatomically-retained facial prosthetics. The course reviews relevant anatomy, assessment criteria, treatment planning, sculpting, moldmaking, finishing, and aftercare considerations for auricular, nasal, orbital, and midface prosthetic medical devices.

Spring

ME.120.901 The Clinical Anaplastologist

Introduction to professional standards in the field of clinical anaplastology including: an overview of professional societies addressing continuing education; the defined scope of practice of clinical anaplastologists: facial, ocular, and non-weight bearing somatic prosthetics; practice guidelines addressing assessment and treatment, quality assurance, and professional performance standards; and requirements for certification. Invited speakers participate in providing students with an understanding of current professional activities.

ME.120.902 Clinical Anaplastology Exposure

Observe Certified Clinical Anaplastologists providing care to patients and experience firsthand professional, behavioral, and organizational practices impacting anaplastology patient care. The exposure period provides students with a case-based context for topics covered in concurrent coursework and provides practical experience in advance of Supervised Clinical Rotations.

ME.120.903 Anatomical Sculpting

Hands-on course with sculpting assignments of the facial form using oil and water-based clay. This course develops skills of observation and accurate sculptural replication of nasal and auricular anatomy based on surface anatomy relationships, proportions, surface texture, functional considerations, and underlying remnant anatomy. Comparisons to digitally produced anatomical models as well as prosected cadaveric specimens provide greater understanding of form based on anatomical relationships.

ME.120.909 Osseointegrated Implant-Retained Facial Prosthetics

Principles, materials and methods, and hands-on technical skills development in tasks related to treatment of patients using osseointegrated implant-retained facial prosthetics. Topics discussed include criteria for use, treatment planning considerations, surgical planning, surgical navigation, implant placement protocols, as well as a discussion of diverse types of extraoral implants, abutments, and superstructure components used.

ME.120.716 Medical Sculpture and Modeling

Materials and techniques used in producing instructive three-dimensional medical sculpture and rehabilitative facial prostheses. Students learn to apply concepts of conventional sculpting and mold making workflows to a digital platform. This includes the use of 3D segmentation software, 3D digital scanning, 3D digital sculpting software to create turntable animations of virtual models, 3D printing of digital models, and producing of 3D printed molds for casting silicone devices.

ME.120.910 Ocular and Scleral Shell Prosthetics

Principles, materials and methods, and hands-on practice in treating anophthalmic or phthisical eye patients using ocular or scleral shell prostheses. Review relevant eye anatomy, assessment criteria, design, fitting and fabrication, aftercare, surgical revision, as well as special considerations for pediatric and geriatric cases. Develop technical skills in the areas of impression taking, producing and modifying of wax trial patterns, acrylic processing techniques, iris and scleral painting and finishing/polishing techniques

ME.120.911 Somatic Prosthetics

Principles and hands-on technical skills development in treatment of patients using prosthetic devices for hands, fingers, feet, toes, breast and nipple. The course reviews pertinent anatomy and physiology, kinesiology, pathology, etiology and other factors specific to making non-weight bearing prosthetic devices for these regions of anatomy. Differences between somatic and facial prosthetic devices are emphasized in areas such as clinical assessment, materials, methods and aftercare protocols.

Summer

Departmental Courses

ME.120.951 Supervised Clinical Rotation

Participation in clinical anaplastology service, performing assessment, treatment planning and parallel clinical activities under the close supervision of a certified clinical anaplastologist or a member of physician housestaff. Document several cases and prepare for inclusion as part of a post-graduate clinical portfolio submission for certification.

Second Year Courses

Fall

In the second year, students focus on safe and effective clinical skills development through shadowing and parallel clinical efforts to provide prosthetic and other medical devices. This allows students to build a portfolio of clinical cases. Each student is required to complete a Capstone Research project advised by one of the core faculties. Students receive training in ethics, research integrity, and related topics important to clinical work, professional development and business practices.

ME.120.951 Supervised Clinical Rotation

Participation in clinical anaplastology service, performing assessment, treatment planning and parallel clinical activities under the close supervision of a certified clinical anaplastologist or a member of physician housestaff. Document several cases and prepare for inclusion as part of a post-graduate clinical portfolio submission for certification.

ME.120.952 Business Practices and Ethical Standards

Introduction to clinical anaplastology businesses: establishing a private practice, regulatory and ethical considerations. Course includes an overview of medical billing for durable medical equipment, practice management, provider enrollment, site accreditation, quality assurance and FDA regulations governing activities of clinical anaplastology and diagnostic medical models

ME.120.953 Capstone Research

Original investigation into research topics related to clinical anaplastology. Projects are mentored by an approved physician or faculty preceptor as well as an advisor. Students present results to an interdepartmental audience and are strongly encouraged to submit research findings for publication in a peer-reviewed journal, and/or present results as a podium presentation, or informational poster session at a professional society meeting.

Spring

In the second year, students focus on safe and effective clinical skills development through shadowing and parallel clinical efforts to provide prosthetic and other medical devices. This allows students to build a portfolio of clinical cases. Each student is required to complete a Capstone Research project advised by one of the core faculties. Students receive training in ethics, research integrity, and related topics important to clinical work, professional development and business practices.

ME.120.951 Supervised Clinical Rotation

Participation in clinical anaplastology service, performing assessment, treatment planning and parallel clinical activities under the close supervision of a certified clinical anaplastologist or a member of physician housestaff. Document several cases and prepare for inclusion as part of a post-graduate clinical portfolio submission for certification.

ME.120.954 Professional Development and Portfolio

Professional development for Clinical Anaplastology: creating a resume or curriculum vitae, presenting sample case study, effective and ethical self-promotion, and negotiations in a professional environment. This course includes a self-review of requirements for BCCA Certification in Clinical Anaplastology and documenting required elements (Educational Clinical Practice, Art and Science course transcripts; Clinical Case Portfolio and Patient Authorization Forms; Supervised Clinical Experience Verification Forms; Letters of Recommendation, etc.).

ME.120.953 Capstone Research

Original investigation into research topics related to clinical anaplastology. Projects are mentored by an approved physician or faculty preceptor as well as an advisor. Students present results to an interdepartmental audience and are strongly encouraged to submit research findings for publication in a peer-reviewed journal, and/or present results as a podium presentation, or informational poster session at a professional society meeting.

Capstone Research

Each student is required to complete a Capstone Research Project (CRP) advised by one of the core faculties. Below are previous graduate CRPs:

Nicole Alderson – 2023
Capstone Title: Designing a Customizable 3D Printable Finger Joint for Use in Patient-Specific Prosthetic Rehabilitation

Degree Requirements

University

  • A candidate’s period of attendance in the program will be no less than 18 months. Transfer graduate students must register a minimum of two consecutive semesters as full time residents.
  • The Masters and PhD Committee reviews the following to approve awarding a Master of Science Degree to each student:
    • Academic Record
    • Curriculum Vitae and Clinical Case List
    • written summary of their Capstone Research
    • Preceptor Approval Letter
    • Program Director Certification of Completion of Departmental and Program Requirements
    • Completion of Research Ethics Training

CA Graduate Program

  • To demonstrate Satisfactory Academic Progress, CA students must meet the following Qualitative measures:
    • Complete all CA Program courses with a “P” passing grade.
    • Complete required Human Anatomy course with a “P” passing grade.
    • Complete the Capstone Research Project.
    • Participate in Supervised Clinical Rotations, maintain a Clinical Case List, and obtain  Patient Information Release Forms for future CCA Application.

Capstone Research

  • Students must submit a Capstone Research Project on a subject approved by the Department or Graduate Program Director. Students outline their research and consult with their advisor by the last quarter of the first year.
  • The Capstone Research Project must include original investigation and expository images (i.e. 3D digital or physical models) completed under a University approved faculty Preceptor and department faculty Advisor.
  • The completed research must be approved by the Preceptor as worthy of acceptance in partial fulfillment of the requirements for the M.S. degree.

Apply to the CA Graduate Program

Embark on a transformative journey in maxillofacial and somatic prosthetics.
Contact us for more information or for Portfolio Submission materials to start your career in Clinical Anaplastology.