3 units
- Mechanical Systems
- Core Courses
- Required Courses
- Biomechanics Specialization
- Design and Manufacturing
- Professional Electives
- Core Requirements
- Materials and Mechanics
Offered: Summer 2027 (not offered), Spring 2027 (unknown), Fall 2026 (offered)
Counts toward
- Bioengineering, M.S. (2026-27) - Core Courses
- Bioengineering, M.S. (2025-26) - Core Courses
- Bioengineering, M.S. (2024-25) - Core Courses
- Mechanical Engineering, B.S. (2026-27) - Mechanical Systems
Show all 21
- Mechanical Engineering, B.S. (2025-26) - Mechanical Systems
- Mechanical Engineering, B.S. (2024-25) - Mechanical Systems
- Mechanical Engineering, B.S., Bioengineering, M.S., BS/MS 4+1 Degree (2026-27) - Required Courses, Biomechanics Specialization
- Mechanical Engineering, B.S., Bioengineering, M.S., BS/MS 4+1 Degree (2025-26) - Required Courses, Biomechanics Specialization
- Mechanical Engineering, B.S., Bioengineering, M.S., BS/MS 4+1 Degree (2024-25) - Required Courses, Biomechanics Specialization
- Mechanical Engineering, Design and Manufacturing, M.S. (2026-27) - Design and Manufacturing
- Mechanical Engineering, Design and Manufacturing, M.S. (2025-26) - Design and Manufacturing
- Mechanical Engineering, Design and Manufacturing, M.S. (2024-25) - Design and Manufacturing
- Mechanical Engineering, Emphasis in Bioengineering, B.S. (2026-27) - Professional Electives
- Mechanical Engineering, Emphasis in Bioengineering, B.S. (2025-26) - Professional Electives
- Mechanical Engineering, Emphasis in Bioengineering, B.S. (2024-25) - Professional Electives
- Mechanical Engineering, M.S. (2026-27) - Core Requirements
- Mechanical Engineering, M.S. (2025-26) - Core Requirements
- Mechanical Engineering, M.S. (2024-25) - Core Requirements
- Mechanical Engineering, Materials and Mechanics, M.S. (2026-27) - Materials and Mechanics
- Mechanical Engineering, Materials and Mechanics, M.S. (2025-26) - Materials and Mechanics
- Mechanical Engineering, Materials and Mechanics, M.S. (2024-25) - Materials and Mechanics
Application of engineering methodologies for quantitative understanding of biological/physiological phenomena. Continuum mechanics principles. Cardiovascular system and its components viewed from a mechanistic standpoint.
Prerequisites
M E 304 (or CIV E 301) and M E 360. Proof of completion of prerequisite(s) required: Copy of transcript.
Unclear. This wording is not something we can check for you. Read it above and confirm with an adviser.
See the full prerequisite chainFrom the catalog
- Grading
- LCR: Letter Grade with Cr/NC available. The grading default for the class will be letter grade, but students can opt to take it for Cr/NC
- Repeatable
- Maximum 3 units.
0 sections in Spring 2027
M E 580 is not offered in Spring 2027. Check all M E classes for other terms.