Undergraduate program

The Bachelors of Science in Mechanical Engineering (BSME) program is a 2+2 program. Students spend their first two years taking lower-division courses in math, science, and engineering.  At the end of their sophomore year, students apply for admission into the BSME upper-division program.  

Students admitted to the BSME upper-division program will be placed on one of two course plans for their junior year. These two course plans are the ME 313 First Course Plan and the ME 320 First Course Plan. These course plans are designed to maintain a healthy class size and help make sure that seats are available for newly admitted students. All juniors will complete the same courses, just in a different order, and still meet prerequisites. 


MECOP students are placed on the course plan that aligns with MECOP program requirements.

By following the assigned course plan, a student is able to complete the BSME in four years. As a reminder, the Department requires students to complete all highlighted classes with a grade of 'C' or better, prior to applying for admission into the upper-division program.

The prerequisite map shows relationships between required courses in the BSME program. The General Education requirements are not shown.

Our BSME program is accredited by the Engineering Accreditation Commission of ABET, 415 North Charles Street, Baltimore, MD 21201; telephone 410-347-7700. ABET is the national organization that sets standards for engineering education defined in terms of curricular content, quality of faculty, and adequacy of facilities. 

Degree Maps and Learning Outcomes

Program Objectives

Admission requirements

Mechanical Engineering B.S.

Honors Track

Bachelor's Plus Master's Pathway

Bachelor of Science in Mechanical Engineering Degree Requirements

Majors in Mechanical Engineering must complete the following University and Departmental degree requirements. Any deviation from the required courses, including engineering and mathematics course substitutions, must be approved, in writing, by the Chair of the Department of Mechanical & Materials Engineering.

Requirements

Freshman year

Ch 221General Chemistry I

4

Ch 222General Chemistry II

4

Ch 227General Chemistry Laboratory

1

Ch 228General Chemistry Laboratory

1

ME 120An Introduction to Engineering

3

ME 121Introduction to Systems and Control

3

ME 122Introduction to Design

3

Mth 251Calculus I

4

Mth 252Calculus II

4

Mth 261Introduction to Linear Algebra

4

Freshman Inquiry

15

Total Credit Hours:46

Sophomore year

EAS 211Statics

4

EAS 212Strength of Materials

4

EAS 215Dynamics

4

ECE 241Introduction to Electrical Engineering

4

ECE 241LIntroduction to Electrical Engineering Lab

0

ME 213Properties of Materials

4

ME 213LProperties of Materials Lab

0

ME 240Survey of Manufacturing Processes

2

ME 240LSurvey of Manufacturing Processes Lab

0

ME 250Geometric Modeling

2

ME 250LLab for ME 250

0

Mth 254Calculus IV

4

Mth 256Applied Differential Equations I

4

Ph 221General Physics (with Calculus)

3

Ph 222General Physics (with Calculus)

3

Ph 223General Physics (with Calculus)

3

Ph 214Lab for Ph 201 or Ph 211 or Ph 221

1

Ph 215Lab for Ph 202 or Ph 212 or Ph 222

1

Ph 216Lab for Ph 203 or Ph 213 or Ph 223

1

Sophomore Inquiry

12

Total Credit Hours:56

Junior year

Ec 314UPrivate and Public Investment Analysis

4

ME 313Analysis of Mechanical Components

4

ME 314Analysis and Design of Machine Elements

4

ME 320Fluid Mechanics

4

ME 320LFluid Mechanics Lab

0

ME 321Engineering Thermodynamics I

4

ME 322Applied Fluid Mechanics and Thermodynamics

4

ME 323Heat Transfer

4

ME 350Programming and Numerical Methods

2

ME 351Vibrations and System Dynamics

4

ME 370Mechanical Engineering Profession

2

Stat 353Exploratory Data Analysis and Statistics for Mechanical and Materials Engineering

4

Wr 327Technical Report Writing

4

Total Credit Hours:44

Senior year

ME 411Engineering Measurement and Instrumentation Systems

4

ME 411LEngineering Measurement and Instrumentation Systems Lab

0

ME 488Design of Experiments

2

ME 491Design Process

2

ME 492Conceptual Design Project

4

ME 493Detailed Design Project

4

Approved mechanical engineering electives

16

Upper-division cluster

8

Total Credit Hours:40

Approved Mechanical Engineering electives

Electives include any regular upper-division mechanical engineering course, except that no more than 4 credits be taken from:

ME 401Research

1-6

ME 404Cooperative Education/Internship

1-12

ME 405Reading and Conference

1-6

ME 406Special Projects

1-6

Further, students can take one MCECS non-ME course and apply it toward elective credits. Students can take an additional MCECS non-ME course, if taken at the 500-level, with advisor approval.

MECOP students must complete EAS 407, MECOP Seminar.