Curriculum

Human Architecture

SMD 8180

Module Director: Gary Nieder, Ph.D., Neuroscience, Cell Biology, & Physiology

Module Description: The Human Architecture module will serve as an introduction to the language and concepts of human anatomy, imaging and embryology. After a survey of the overall organization of the body, students will carry out a detailed dissection of the thorax, which will prepare them for the Staying Alive module.  Embryonic development through formation of the body plan, as well as cardiovascular and respiratory system development will be included. The module also places an emphasis on clinical imaging. Students will gain an understanding of imaging concepts and practice using imaging for clinical problem solving.

Alignment of WrightCurriculum Educational Objectives to the Module Learning Goals

Boonshoft SOM Educational Objectives

Code

What competencies will this unit address? 

Foundational Knowledge – Medical Knowledge

1.1

Master fundamental biomedical concepts, terms, processes, and system interactions

Human Dimension – Personal and Interpersonal Development

4.1

Reflection upon one’s personal strengths and weaknesses to make changes in one’s behavior

Human Dimension – Personal and Interpersonal Development

4.5

Communicate and work effectively with others

Human Dimension – Personal and Interpersonal Development

4.6

Demonstrate leadership skills in a variety of settings

Caring/Valuing – Professionalism

5.3

Value and behave in a manner consistent with the highest ethical standards of the profession

Module-Level Objectives

Code

What are the module-level objectives for this course? 

Boonshoft SOM Objectives

LO1

Describe the anatomical features and relationships of musculoskeletal structures.

1.1

LO2

Recognize the major organs and body-wide vascular structures and discuss their anatomical relationships.

1.1

LO3

Describe the development of the embryo from gametogenesis through formation of the tube-in-a-tube body plan and explain key control mechanism and developmental defects in these processes.

1.1

LO4

Describe the anatomical features and development of the axial skeleton and muscles and explain key control mechanism and developmental defects in these processes.

1.1

LO5

Describe the anatomy, circuitry and development of the somatic and autonomic parts of the peripheral nervous system and discuss the effects of specific nerve lesions.

1.1

LO6

Recognize the structural features of the thoracic wall, pleura and lungs and explain relevant functional anatomy and development.

1.1

LO7

Recognize the anatomical features of the heart and explain their functional significance.

1.1

LO8

Recognize the structures of the mediastinum and describe their anatomical relationships

1.1

LO9

Explain the development of the heart and vascular system from gastrulation through the perinatal period.

1.1

LO10

Discuss the physical basis and practical considerations of common imaging modalities and relate imaging anatomy to the 3-dimensional body.

1.1

LO11

Work effectively in teams or independently to solve complex problems  in a defined time-frame.

4.1. 4.5, 4.6

LO12

Teach fellow students and learn from fellow students in a peer-learning mode.

4.1, 4.5, 4.6

LO13

Provide constructive feedback to peers and respond to constructive feedback.

4.1, 4.5

LO14

Support their working teams through adequate preparation, punctuality and creation of a positive, encouraging atmosphere.

4.1, 4.5, 4.6

LO15

Exhibit professional and ethical behaviors regarding patient confidentiality and respect for human materials.

4.1, 5.3

LO16

Treat fellow students, faculty, teaching assistants and Boonshoft SOM staff with courtesy and respect.

5.3

 

Last edited on 06/23/2020.