General information about Virtopsy courses

Virtopsy is actively involved also in teaching and training. You will be learning directly from the pioneers – those that started with wide-scale forensic post mortem scanning in 1999.

The Virtopsy Courses are offered as a CAS (Certificate of Advanced Studies) in Forensic Imaging & Virtopsy. The certificate is obtained after completing all assessments and course modules. The modules can be taken separately. The Basic course (module I) consists of two days with a focus on post mortem CT (PMCT). Lectures are followed by workshop sessions where participants will learn how to solve case related problems in context of the preceding lecture on a CT workstation. So a lecture about drowning will be followed by a hands-on session with cases where drowning was an issue. The Advanced course (module II) will make the imaging (PMCT, post mortem MRI) of a concise case that is followed by a full forensic autopsy available to course participants. There will also be a similar case demonstrated in full examination for PMCTA (post mortem CT angiography). Also, the Advanced course expands the subjects of the Basic course with more detail. The Practical course then teaches how to read PMCT more systematically, how to provide convincing written and image documentation for forensic use, it teaches practically how to perform PMCTA and also, how to perform 3D photogrammetry for surface documentation.

Virtopsy Courses provide theoretical and practical knowledge of forensic imaging, notably post-mortem CT and MR, forensic anthropology, post-mortem angiography, surface scanning and 3D-photogrammetry, robot-guided biopsy, and clinical forensic imaging.

Structure of the course

There is a Basic Course (2 days) and, immediately following, the Advanced Course (3 days) and a Practical Course (3,5 days, optionally up to 5 days). A new 1-day Pre-Course has been defined to teach 3D viewing software to people that request this.

  • A new Virtopsy PRE-Course (DICOM image manipulation and reading) is offered on the Friday preceding the regular Virtopsy Course modules. It teaches use of CT reading software including syngo.via (which is the system we have here for routine work and research, and that we also use for all three regular Virtopsy Course modules) and a non-commercial DICOM reading software (3D slicer). This is a full 1-day introduction into the technical aspects on how to use DICOM data manipulation and reading software for the benefit of applied forensic imaging. As that, it provides relevant practical teaching on how to use axial image viewing, windowing, MPR (multiplanar reconstruction), and VRT (3D volume rendering technique) both on our institute’s production system (Siemens syngo.via) and a non-commercial software (3D slicer). It is not a pre-requisite for the regular course modules but it can make life a lot easier for participants that are new to forensic CT image reading. It is available for registered participants of module 1 (and those that take modules 1 and 2, or 1-3) for a reduced price.
  • Entry-level skills are taught to read post-mortem CT cases in both Basic and Advanced courses (modules 1 and 2). With that, modules 1 and 2 may be interesting for a wider audience, for students and people interesting to learn about the potential of the Virtopsy methods.
    Basic Course (module 1): The course attendants will receive a Certificate of  Attendance once they provided full attendance of the lectures of this course. Maximally allowed participants are 20. A written assessment has to be passed. One ECTS point is awarded. We regularly apply for CME credits as well.
    Advanced Course (module II): Module I is a requirement, this is only for those that did the Virtopsy Basic Course in the past. The course attendants will receive a Certificate of  Attendance once they show previous attendance of module I, and once they provided full attendance of the lectures of this course. Maximally allowed participants are 20. A written assessment has to be passed. One ECTS point is awarded. We regularly apply for CME credits as well.
  • The Virtopsy Practical Course (module 3) is geared towards actual users of post-mortem CT scanning and teaches practical forensic CT reading and documentation, we also teach CT angiography using very affordable materials, and practical 3D surface photogrammetry using consumer cameras. The target audience for module 3 therefore will most likely be people that are responsible for actually reading cases  and generating forensic imaging reports. So, module I and II are a requirement, as this module III is only for those that did the Virtopsy Basic and Advanced Courses in the past. In addition to attendance of the course, assignments and tests need to be passed. The course attendants will receive a Certificate of  Attendance once they provided full attendance of the lectures of this course and passed attendance and assessments; prior attendance of the previous modules is a must. Maximally allowed participants are 12. Four ECTS point is awarded. We will apply this course for CME credits as well. The course is on-site here at the Zurich Institute of Forensic Medicine.
    CAS Forensic Imaging & Virtopsy Casebook (50 cases; included in module III): each participant has to prepare and submit a book containing 50 case descriptions. These then are assessed by the Virtopsy team. The casebook is usually the last step in completing the studies necessary to obtain a CAS in Forensic Imaging & Virtopsy. This does not have to be completed on-site –  usually, participants make their casebooks at home or where they usually work.

Target audience

The CAS Forensic Imaging and Virtopsy is aimed at all persons who are professionally interested or actively involved in forensic radiology and imaging,  including forensic pathologists/medical examiners, radiologists, coroners, radiographers/radiology technicians, surveying specialists, and forensic anthropologists

Remarks about the course subject choices that we made

  • The Virtopsy Courses (modules I and II) also contain a special focus on Forensic Anthropology, as this field has taken up forensic post mortem imaging across commingled remains, mummy research, and mass disaster events. Particularly for forensic radiologists, this new area of examination and research is very relevant from our medicolegal viewpoint. We also include other new or relevant subject matter to present to the course participants as technology and research are evolving.
  • The course also introduces new technologies such as 3D-printing, 3D-visualization, and Deep Learning. We have research in these areas and feel is relevant to show how these link into post-mortem CT-imaging.
  • The 3D surface documentation session is an addition that is regarded as particularly relevant because of a recent rise in surface documentation also in forensic science where crime scenes and scenes of traffic accidents are increasingly documented in full 3D. An introductory lecture is provided in module I, and a full day of practical instruction is performed as part of module 3.
  • Post mortem CT angiography is now taught and practically expanded on the Virtopsy Practical course. Participants will also receive a full PMCTA kit (pump, power supply, materials, tubings, etc.) complimentary with the practical course.
  • How to use the software will be a clear non-issue for radiologists but it can be relevant for forensic pathologists to learn this aspect in more depth. Please sign up separately for the Virtopsy PRE-Course if you are interested.

Possibilities of visual case documentation

Visualisation details can matter

In a case of close-range / contact head shot, subcutaneous findings at the entrance wound (cyan: ring-shaped CT-findings in subcutaneous tissue that are likely to be caused by gunshot residue), fracture pattern and intracranial findings (red: blood density range) can be examined for shape, extent, and distribution.

The following image shows Slicer 3D (below images: polygon segmentation, surface ready for STL-export for further applications such as rendering or 3D-printing) and syngo.via (Siemens) imagery (top three figures: VRT reconstructions after segmentation).

The single steps involved in axial, MPR and also VRT viewing using syngo.via-Siemens software as well as steps in segmenting in Slicer 3D are taught in the facultative Virtopsy Pre-Course.

Overview

Accreditation

  • The course modules I, II and III are compulsory parts for the certificate of the University of Zurich; these are awarded ECTS points by the University of Zurich that count towards the CAS Forensic Imaging and Virtopsy
  • The Virtopsy Pre-Course is a facultative module that allows participants to increase their software use proficiency. We created this as a service to participants that are not too fluent in using CT viewing software and that would like to improve their software use skills. It, therefore, is not a part of what the University of Zurich considers to be part of the actual forensic imaging certificate course. After all, there are plenty of course participants that are well versed in using CT viewing software and in no need for extra training.
  • We regularly apply for EACCME accreditation. Depending on the specific time schedule of the course, each course part (pre-course,1,2,3) is awarded a number of CME points. In 2019, the pre-course was awarded 6 CME points, module I was granted 13 CME credits, module II was granted 19 CME credits and for module III, 28 CME points were granted.
  • We also apply for ISFRI accreditation. In 2019, we received preliminary information that a 2018 application was approved.

Course parts and modules definition

Course part / moduleVirtopsy Pre-Course
(not a module)
Virtopsy Basic Course
(module 1)
Virtopsy Advanced Course
(module 2)
Virtopsy Practical Course
(module 3)
ECTS, CME0 ECTS;
2019: 6 CME credits
1 ECTS;
2019: 13 CME credits
1 ECTS;
2019: 19 CME credits
8 ECTS;
2019: 28 CME credits
Requirementsno particular requirementsattendance of this module,
pass assessment
attendance and passing of prior module,
attendance of this module,
pass assessment
attendance and passing of prior modules, writing/assembling casebook (casebook instructions 2018), pass assignments, pass requirements, complete a casebook of 50 cases
CertificateCertificate of Attendance (pre-course completed) Certificate of Attendance (basic course completed)Certificate of Attendance (advanced course completed)Certificate of Attendance (practical course completed)

Certificate of Advanced Studies (CAS) Forensic Imaging & Virtopsy by the University of Zurich, Switzerland (once all modules including casebook are complete)
Cost300 CHF for attendants of module I (or attendants of more modules)

650 CHF for attendants that do not take module I
1000 CHF1500 CHF5500 CHF
Registrationclick hereclick hereclick hereclick here
InformationFor more information and for registration please contact virtopsy@irm.uzh.chFor more information and for registration please contact virtopsy@irm.uzh.chFor more information and for registration please contact virtopsy@irm.uzh.chFor more information and for registration please contact virtopsy@irm.uzh.ch

Upcoming courses, program and registration

 

18th Virtopsy Course / 5th CAS Forensic Imaging & Virtopsy: March (12th)15th to 25th, 2021

19th Virtopsy Course / 5th CAS Forensic Imaging & Virtopsy: March (11th)14th to 24th, 2022

  • For information and flyer please click here.
  • Virtopsy Pre-Course (not a module): March 11, 2022.
  • Virtopsy Basic Course (module I): March 14-15, 2022.
  • Virtopsy Advanced Course (module II): March 16-18, 2022.
  • Virtopsy Practical Course (module III): March 19-24, 2022.

Regarding registration, please note:

  • To maintain quality standards, we will not accept more than 24 registrants for each the basic and advanced modules of the course. The pre-course and practical courses are restricted to 12 participants.
  • Please note that your registration can be confirmed only upon receipt of payment.

Past courses