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Discover different views on human anatomy!

Sem01 (2025-2026) New Anatomy

Get an inside view on human anatomy!

Main course elements and concepts:

  1. Introduction to anatomy and biomechanics: In section 1, students will study parts of the musculoskeletal system and be trained and train themselves in biomechanics. With self-study and interactive classes, students will familiarize themselves with the human musculoskeletal anatomy, focusing on the extremities, and basic biomechanics. This section will be evaluated with a (written) interim exam.
  2. Classical and integrated approach: Section 2 comprises dissection practicals and expert lectures on the engineering and the integrative approach. The first practical is meant as introductory practical for students to gain hands-on experience in dissection. In the following practicals students will step into a surgeons shoes and perform a tendon transfer for a specific nerve trauma and resulting functional impairment. Students will write a case study on their practical assignment and present the results for their peers.

Course terms and conditions:

  • To ensure a relatively coherent entry level, this course is only open for students WITHOUT a (extended) background in (musculoskeletal) anatomy;
  • Students following the Human Movement Sciences or Medicine BSc programs will NOT be admitted;
  • Surface anatomy in which structures will be palpated on each other’s bodies forms part of this course;
  • Attendance of lectures, practicals and symposia is mandatory. Make sure to inform the teacher as soon as possible if you cannot attend a class due to special circumstances, and to give valid reasons. If you are absent from two or more lectures and/or work groups, the teacher can impose an additional task or deny further participation.

Course details

  • Practical information

    Academic year
    2025-2026

    Semester
    1

    Period
    1, 2

    Days
    Monday and Wednesday, and 1 Thursday (25 September)

    Time
    Regular lectures: 18:00 – 20:00
    Lab classes: 18:00 – 21:00

    Number of meetings
    13

    All Dates
    1, 3, 8, 10, 15, 17, 22, 25, 29 September
    6, 13, 15 October
    3, 5, 10, 17, 19 November

    Regular lecture (18:00-20:00)
    1, 3, 8, 10, 22, 25 September
    13, 15 October
    10 November

    Lab classes (18:00-21:00)
    15 September (Group A), 17 September (Group B)
    6 October (Group A&B),
    3 November (Group A), 5 November (Group B)

    Interim exam (18:00-19:00)
    29 September

    Practice final presentations (18:00-20:00)
    17 November (Symposium Group A)
    19 November (Symposium Group B)

    Location
    Vrije Universiteit, De Boelelaan 1105, 1081 HV Amsterdam;
    Klinisch Trainingscentrum (KTC) VUmc, De Boelelaan 1118, 1081 HZ Amsterdam

    Room
    Tbd

    Credits
    6

    Coordinator and Lecturer

    Guest Lecturers

    • A diverse selection of guest lecturers
  • Learning objectives

    After completing this course, the student:

    • solves basic biomechanical equations;
    • understands selected biomechanical principles (moment arm, line-of-action, moment, force) and applies these on an intuitive level ;
    • knows the major joints and muscles of upper and lower extremity;
    • understands the basics of the engineering approach; i.e. the application of the rules of mechanics to understand the musculoskeletal system;
    • understands the basics of the integrated approach; i.e. the definition of muscles as units interacting with their environment.
    • critically reflects on the merits and limitations of the engineering approach and the integrated approach in writing and verbally.
    • judges the value of either approach for the (study of) clinical treatments related to musculoskeletal dysfunction in writing and verbally.
  • Working formats & structure


    Contact hoursPreparation
    Lectures1648
    Dissection practicals912
    Interim exam220
    Case report039
    Symposium220
    Total29139
    Overall 168
  • Assessment methods

    • Interim exam (25%)
    • Written report (50%)
    • Presentation (25%)
  • Study materials

    Tentative list of course readings:

    • Selected chapters from Carol Oatis: Kinesiology, The Mechanics And Pathomechanics Of Human Movement

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