Bachelor of Mechanical Engineering

Mechanical engineers design things that move to improve our world. It's the broadest of all engineering disciplines, which increases your chance of finding your passion. And with optional concentrations in aerospace engineering and energy systems, you can personalize your studies to align with your interests and career goals.


Program Overview

Why Study Mechanical Engineering at UD?

  • Personalize Your Experience: Compliment your major or connect with your passion by adding a minor or concentration to your degree program. The UD School of Engineering offers more than 30 minors, or you can choose a minor outside of engineering.
  • Flight Simulator: If you choose a concentration in Aerospace Engineering, you'll learn to use our unique Merlin Flight Simulator. The simulator allows you to design any type of aircraft, program it into the simulator, and fly it at airports around the world.
  • Build a Robot: Build and program a small robot in our Mechatronics class. You'll learn about the interface between electrical and mechanical engineering, and explore how each of your robot's components work.
  • Get Involved With Faculty Research: We're big enough to have significant research programs, but small enough to involve you in cutting-edge, meaningful undergraduate research with our faculty as early as your first year.
  • Capstone Project: Your academic journey culminates in a senior year capstone course, where you and your team will solve a real-world challenge for a client. You'll be paired with UD engineering students from majors outside mechanical engineering to work together to find a solution. Many clients go on to adopt the solutions presented to them by our student teams.
  • ABET Accredited: Our accreditation by the Engineering Accreditation Commission of ABET, under the General Criteria and the Program Criteria for Mechanical Engineering and Similarly Named Engineering Programs. ABET accreditation assures confidence that a collegiate program has met standards essential to prepare graduates to enter critical STEM fields in the global workforce.

Ready to take the next step? Explore admission options or schedule an academic visit to learn more about mechanical engineering at UD.

Degree Information and Sample Plan

This program offers optional concentrations in aerospace engineering and energy systems. You can also choose from a variety of minors to personalize your educational experience.

Sample Plan of Study

This is a sample plan of study for students starting at UD in the 2025-26 academic year. This is a recommended course sequence, but your schedule may vary depending on previously earned college credits, course availability, advisor recommendations, and your personal goals and interests. Please contact your holistic advisor if you have any questions.

Semester 1
  • HUM 101 – Chaminade Seminar: Reading and Responding to the Signs of the Times
    3
  • Approved CAP Social Science Elective
    3
  • PHY 206 – General Physics I - Mechanics
    3
  • PHY 210L – General Physics Laboratory I
    1
  • MTH 168 – Analytic Geometry & Calculus I
    4
  • MEE 105L – Intro to Experimentation & Programming
    3
  • EGR 102 – Introduction to the University Experience for Engineers
    0.5
  • Total Credit Hours 17.5
Semester 2
  • HUM 102 – Marie Thérèse Seminar: Human Dignity and the Common Good
    3
  • CHM 123 – General Chemistry I
    3
  • MTH 169 – Analytic Geometry & Calculus II
    4
  • MEE 104L – Solid Modeling in Design
    3
  • EGR 103 – Engineering Innovation
    3
  • Total Credit Hours 16
Semester 3
  • ENG 200 – Writing Seminar II
    3
  • PHY 207 – General Physics II - Electricity & Magnetism
    3
  • MTH 218 – Analytic Geometry & Calculus III
    4
  • EGM 201 – Mechanics I
    3
  • MEE 202 – Engineering Thermodynamics
    3
  • EGR 200 – Career Launchpad: Preparing for Success
    0.5
  • Total Credit Hours 16.5
Semester 4
  • CAP Arts
    3
  • MEE 205 – Mechatronics
    3
  • MEE 214 – Programming for Mechanical Engineers
    3
  • MTH 219 – Applied Differential Equations
    3
  • EGM 202 – Dynamics
    3
  • Total Credit Hours 15
Semester 5
  • CAP Advanced PHL
    3
  • MEE 312 – Engineering Materials I
    3
  • MEE 312L – Materials Laboratory
    1
  • EGM 303 – Mechanics II
    3
  • MEE 307 – Design of Fluid-Thermal Systems
    3
  • MEE 307L – Fluid-Thermal Systems Lab
    1
  • Total Credit Hours 14
Semester 6
  • CAP Advanced REL
    3
  • MEE 321 – Theory of Machines
    3
  • MEE 341 – Engineering Experimentation
    3
  • MEE 344 – Manufacturing Processes
    3
  • MEE 404 or 410 – 404: Fundamentals of Fluid Mechanics; 410: Heat Transfer
    3
  • Total Credit Hours 15
Semester 7
  • MTH/SCI Elective
    3
  • Open Elective
    3
  • MEE 427 – Mechanical Design I
    3
  • MEE 431L – Multidisciplinary Design I
    3
  • MEE 439 – Dynamic Systems & Controls
    3
  • Total Credit Hours 15
Semester 8
  • CAP Advanced HST
    3
  • MEE 432L – Multidisciplinary Design II
    3
  • Engineering Science Elective
    3
  • Engineering Science Elective
    3
  • Professional Development
    1
  • Total Credit Hours 13
* Or equivalent

Available Concentrations

This program offers optional concentrations in concentrations in aerospace engineering and energy systems.

Aerospace Engineering

Designed for students who wish to specialize in aircraft and aerospace engineering. After an introductory course about all things flight, students will learn about the four pillars needed for airplane design: structures, aerodynamics, control and propulsion, culminating in a capstone-like course in aircraft design.

The aerospace engineering concentration gives students the opportunity to build technical depth in the understanding of how aircraft function and their design considerations, preparing students to shape and contribute solutions to aircraft development and advancement.

Energy Systems

Allows students to focus on areas related to thermal-fluid sciences and applied energy conversion. Courses within the concentration emphasize topics such as renewable energy, energy efficiency, energy systems in buildings, industrial processes and power systems, giving students the opportunity to build technical depth in the understanding of how energy is generated, managed and utilized.

This pathway equips students to shape and contribute solutions to global energy and sustainability needs.

Admission Options

At the University of Dayton, applying is free and test scores are optional. When you apply, you'll automatically be considered for a merit scholarship.

Learn about our admission process, then apply using UD's application or the Common App.

Tuition and Financial Aid

Rooted in our Catholic, Marianist traditions, the University of Dayton is dedicated to being transparent and ensuring student success. And with high graduation and success rates, UD is an excellent value.

To help you cover your costs, a variety of scholarships, grants, loans and part-time work study are available. The University also accepts transfer credits and credit by exam for undergraduates, giving you more flexibility to add a double major or minor or participate in a transformational experience like study abroad or co-op.


Success After Graduation

Get more than your foot in the door — get ready for success. At our School of Engineering, you will have the opportunity to combine the classroom and engineering world together in a way that allows you to further sharpen your skills. It’s a key reason why employers love hiring our students — they can hit the ground running.


Design Your Academic Path

Find Your Home in Engineering

Our Diversity in Engineering Center connects engineering students, faculty, staff, industry and community partners with opportunities for academic success, professional networking and inclusive communities.

Co-ops and Internships

Take your engineering experience to the next level and find your passion with co-op and internship opportunities. Our Engineering Co-op and Internship office helps students find placements.

Bachelor's Plus Master's Program

With UD's Bachelor's Plus Master's (BPM) program, you can earn your bachelor's degree and a master's degree at an accelerated pace — often completing your master's degree within just one year of earning your bachelor's degree.

Engineering for the Common Good

UD's ETHOS Center connects students to community partners around the world for community-engaged engineering education, research, partnerships and action. You can participate in immersions or breakouts in the U.S. and abroad for hands-on social impact engineering projects.