Adjunct Faculty, Online Course (AENG 502 - Strength and Fatigue of Materials, College of Aeronautics, Worldwide Campus)

Embry-Riddle Aeronautical's Worldwide Campus is currently hiring adjunct faculty to teach AENG 502 - Strength and Fatigue of Materials online.

Course Description:

Analysis of stress and deformation in rods, beams, plates, shells and solids using the elementary theories of elasticity and plasticity. Theories of strength, impact, fatigue and creep. Computer methods and applications.

Qualifications

Applicant Qualifications

A minimum of a Doctoral degree in discipline is required (please see list of acceptable disciplines below), as well as relevant industry experience from within the last 7 years.

Applicable Professional Certification

Professional Engineer’s License

Desired Professional Training or Experience

Experience in a government, industry, or academic organization conducting research, development, and applications programs related to strength and fatigue of materials. Active membership in professional organizations in engineering, i.e., National Academy of Engineering, National Society of Professional Engineers, discipline-specific professional societies, or other organizations in fields related to strength and fatigue of materials, or related technology.

Degrees Within the Teaching Discipline

•  Aerospace, Aeronautical and Astronautical Engineering
•  Architectural Engineering
•  Civil Engineering, General
•  Engineering, General
•  Engineering Mechanics
•  Engineering, Other
•  Engineering Physics
•  Engineering Science
•  Industrial Engineering
•  Manufacturing Engineering
•  Materials Engineering
•  Materials Science
•  Mechanical Engineering
•  Naval Architecture & Marine Engineering
•  Physics
•  Structural Engineering
•  Systems Engineering
•  Transportation & Highway Engineering

Embry-Riddle Aeronautical's Worldwide Campus is currently hiring adjunct faculty to teach AENG 502 - Strength and Fatigue of Materials online.

Course Description:

Analysis of stress and deformation in rods, beams, plates, shells and solids using the elementary theories of elasticity and plasticity. Theories of strength, impact, fatigue and creep. Computer methods and applications.

Qualifications

Applicant Qualifications

A minimum of a Doctoral degree in discipline is required (please see list of acceptable disciplines below), as well as relevant industry experience from within the last 7 years.

Applicable Professional Certification

Professional Engineer’s License

Desired Professional Training or Experience

Experience in a government, industry, or academic organization conducting research, development, and applications programs related to strength and fatigue of materials. Active membership in professional organizations in engineering, i.e., National Academy of Engineering, National Society of Professional Engineers, discipline-specific professional societies, or other organizations in fields related to strength and fatigue of materials, or related technology.

Degrees Within the Teaching Discipline

•  Aerospace, Aeronautical and Astronautical Engineering
•  Architectural Engineering
•  Civil Engineering, General
•  Engineering, General
•  Engineering Mechanics
•  Engineering, Other
•  Engineering Physics
•  Engineering Science
•  Industrial Engineering
•  Manufacturing Engineering
•  Materials Engineering
•  Materials Science
•  Mechanical Engineering
•  Naval Architecture & Marine Engineering
•  Physics
•  Structural Engineering
•  Systems Engineering
•  Transportation & Highway Engineering