Mechanical Engineering Major - University of Washington

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Courses ranked by easiness score based on GPA distribution data

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Most challenging courses ranked by GPA distribution analysis

Popular Courses

M E 3981, max. 20 credits

Engineering Experiential Learning

874 / 970 seats

10 / 10 sessions

M E 4933 credits

Introduction to Capstone Design

1 Prereq

26 / 456 seats

8 / 20 sessions

M E 2304 credits

Kinematics and Dynamics

1 Prereq

146 / 400 seats

6 / 7 sessions

M E 1234 credits

Introduction to Visualization and Computer-Aided Design

A&H NSc

0 / 336 seats

10 / 24 sessions

M E 3235 credits

Engineering Thermodynamics

1 Prereq

0 / 240 seats

0 / 4 sessions

M E 3314 credits

Introduction to Heat Transfer

1 Prereq

62 / 230 seats

4 / 4 sessions

M E 700*- credits

Master's Thesis

228 / 230 seats

8 / 8 sessions

M E 600*- credits

Independent Study or Research

208 / 210 seats

10 / 10 sessions

M E 3545 credits

Mechanics of Materials Laboratory

1 Prereq

4 / 194 seats

1 / 10 sessions

M E 3554 credits

Introduction to Manufacturing Processes

1 Prereq

38 / 180 seats

5 / 6 sessions

100 Level

1 courses

M E 1234 credits

Introduction to Visualization and Computer-Aided Design

A&H NSc

0 / 336 seats

10 / 24 sessions

200 Level

2 courses

M E 2304 credits

Kinematics and Dynamics

1 Prereq

146 / 400 seats

6 / 7 sessions

M E 2991-3, max. 10 credits

Independent Project

49 / 50 seats

2 / 2 sessions

300 Level

5 courses

M E 3235 credits

Engineering Thermodynamics

1 Prereq

0 / 240 seats

0 / 4 sessions

M E 3314 credits

Introduction to Heat Transfer

1 Prereq

62 / 230 seats

4 / 4 sessions

M E 3545 credits

Mechanics of Materials Laboratory

1 Prereq

4 / 194 seats

1 / 10 sessions

M E 3554 credits

Introduction to Manufacturing Processes

1 Prereq

38 / 180 seats

5 / 6 sessions

M E 3981, max. 20 credits

Engineering Experiential Learning

874 / 970 seats

10 / 10 sessions

400 Level

17 courses

M E 4103 credits

Nanodevices: Design and Manufacture

0 / 50 seats

0 / 1 sessions

M E 4113 credits

Biological Frameworks for Engineers

1 / 50 seats

1 / 1 sessions

M E 4153 credits

Introduction to Cell Mechanics

7 / 30 seats

1 / 1 sessions

M E 4173 credits

Materials Science and Engineering for Batteries

0 / 5 seats

0 / 1 sessions

M E 4304 credits

Advanced Energy Conversion Systems

1 Prereq

5 / 60 seats

1 / 1 sessions

M E 4314 credits

Advanced Fluid Mechanics

1 Prereq

0 / 37 seats

0 / 1 sessions

M E 4454 credits

Introduction to Biomechanics

2 / 15 seats

1 / 1 sessions

M E 4603 credits

Kinematics and Linkage Design

0 / 75 seats

0 / 1 sessions

M E 4613 credits

Mechanics of Thin Films

5 / 37 seats

1 / 1 sessions

M E 4714 credits

Automatic Control

1 Prereq

3 / 70 seats

1 / 2 sessions

M E 4734 credits

Instrumentation

1 Prereq

5 / 72 seats

2 / 2 sessions

M E 4784 credits

Finite Element Analysis

1 Prereq

7 / 78 seats

2 / 4 sessions

M E 4804 credits

Introduction to Computer-Aided Technology

1 Prereq

0 / 160 seats

0 / 5 sessions

M E 4933 credits

Introduction to Capstone Design

1 Prereq

26 / 456 seats

8 / 20 sessions

M E 4943- credits

Capstone Design I

1 Prereq

5 / 5 seats

1 / 1 sessions

M E 4981-5, max. 6 credits

Special Topics in Mechanical Engineering

52 / 84 seats

3 / 4 sessions

M E 4991-5, max. 6 credits

Special Projects

84 / 85 seats

6 / 6 sessions

500 Level

20 courses

M E 5013 credits

Modern Manufacturing Processes

10 / 55 seats

3 / 3 sessions

M E 5044 credits

Introduction to Microelectro Mechanical Systems

1 / 11 seats

1 / 2 sessions

M E 5104 credits

Mathematical Foundations of Systems Theory

15 / 35 seats

2 / 2 sessions

M E 5113 credits

Biological Frameworks for Engineers

0 / 10 seats

0 / 2 sessions

M E 5173 credits

Materials Science and Engineering for Batteries

0 / 5 seats

0 / 2 sessions

M E 5181, max. 20 credits

Engineering AI and Machine Learning Seminar

14 / 50 seats

2 / 3 sessions

M E 5294 credits

Advanced Energy Conversion Systems

7 / 40 seats

2 / 3 sessions

M E 5313 credits

Conductive Heat Transfer

1 Prereq

29 / 50 seats

2 / 2 sessions

M E 5384 credits

Advanced Fluid Mechanics

0 / 13 seats

0 / 2 sessions

M E 5454 credits

Introduction to Control Theory

1 Prereq

39 / 85 seats

3 / 3 sessions

M E 5513 credits

Elasticity

15 / 55 seats

3 / 3 sessions

M E 5613 credits

Mechanics of Thin Films

5 / 23 seats

1 / 2 sessions

M E 5643 credits

Mechanical Engineering Analysis I

1 Prereq

67 / 180 seats

3 / 3 sessions

M E 5704 credits

Data-Driven Sensing

27 / 70 seats

3 / 4 sessions

M E 5753 credits

Introduction to Cell Mechanics

0 / 10 seats

0 / 2 sessions

M E 5795 credits

Foundations of Dynamics and Controls

35 / 40 seats

1 / 1 sessions

M E 5833 credits

Nonlinear Control Systems

1 Prereq

5 / 25 seats

2 / 2 sessions

M E 5921-6, max. 9 credits

Mechatronics Master's Project

48 / 50 seats

2 / 2 sessions

M E 5981-6, max. 9 credits

Graduate Projects

1 Prereq

158 / 160 seats

6 / 8 sessions

M E 5991-5, max. 18 credits

Special Topics

85 / 95 seats

9 / 10 sessions

600 Level

1 courses

M E 600*- credits

Independent Study or Research

208 / 210 seats

10 / 10 sessions

700 Level

1 courses

M E 700*- credits

Master's Thesis

228 / 230 seats

8 / 8 sessions

800 Level

1 courses

M E 800*- credits

Doctoral Dissertation

133 / 175 seats

4 / 4 sessions

00 Level

1 courses

M E 5201 credits

Seminar

36 / 70 seats

2 / 2 sessions