µÛÍõ»áËù

Students work on robots in a mechanical engineering lab
Mechanical Engineering Bachelor's Degree

Mechanical Engineering Bachelor's Degree

Mechanical engineers have a far-reaching impact on the world. Studying mechanical engineering at µÛÍõ»áËù will help you understand technology and further develop your problem-solving abilities. Not only will you learn how to design and create, but you'll also learn how to work in teams, communicate, and lead the innovation of new technology, materials and energy systems.

As a mechanical engineering major in our ABET-accredited program, you'll take courses in engineering, social sciences and the humanities to build your understanding of our technical society. You’ll learn to apply fundamental principles of math, physics and chemistry to the design of mechanical components and systems through classroom instruction, hands-on laboratory work and design projects.

Admissions Information

The Russ College of Engineering and Technology has additional selective criteria beyond the general µÛÍõ»áËù Admission guidelines. To learn more, select your student type.

First-Year Student Selective Admission Guideline

Transfer Student Selective Admission Guidelines

  • Tuition & Costs

    U.S. News & World Report ranked µÛÍõ»áËù the #1 Best Value Public University in µÛÍõ»áËù and 30th in the nation. We're continuously striving to make college more affordable and accessible, while maintaining the high quality and value of an OHIO education.

  • Financial Aid & Scholarships

    The Office of Student Financial Aid and Scholarships provides services to students and parents both in-person and remotely. You can visit our office on the ground floor of Chubb Hall or reach us at financial.aid@ohio.edu or 740.593.4141.

Curriculum

Through the mechanical engineering curriculum, you'll gain a solid foundation in higher mathematics and basic sciences followed by extensive instruction in all of the classical mechanical engineering disciplines. Through hands-on experience with real engineering problems, you'll learn how to:

  • apply your own creativity in formulating alternative engineering solutions
  • develop an ability to work independently and/or in teams
  • bridge the gap between the engineering knowledge you gain in your required courses and applying that knowledge to solve engineering problems

Before graduating, you'll experience a year-long capstone senior design project with the theme 'Designing to Make a Difference.' Examples of capstone design projects include assistive technology to help youth with physical challenges play sports, assembly fixtures to enable individuals with disabilities to work at jobs they otherwise could not do, clean water systems for communities in Ghana and Haiti, and equipment to help local organizations recycle more material.

Mechanical Engineering Course Outline

YearSemesterClassPrerequisitesCredit HoursTotal Semester Credit Hours
1FallCHEM 1510 – Chemistry I(MATH 1200 or PL2) AND
[Chem Placement or CHEM 1500 (≥C-)]
416
MATH 2301 – Calculus IMath Placement PL3 or Math 1300 (≥C)4
ET 2905 – Hist Tech 3
ENG 1510 – Writing I 3
ET 1100 - Eng Graphics 2
SpringME 1010 - Gateway 315.5
MATH 2302 - Calculus IICalculus I ≥ C4
PHYS 2054 – Gen Physics ICalculus I ≥ C, or Concurrent with Calculus I3
PHYS 2055 – Physics Lab 1
ET 2100 - ProgrammingPL2 or MATH 1200 or MATH 23014
ET 1500 - ENT Career 0.5
2FallET 2300 - MaterialsCHEM 1510316
ET 2200 – StaticsMATH 2302 & PHYS 20543
MATH 3200 - App Lin AlgMATH 2302 ≥ C3
ET 2450 – Eng StatsMATH 23013
Science Elective PHYS 2056/7 ANW or CHEM 1520 ANW 4
SpringME 2800 – Colloq 2ME 1010113-16
ET 2240 – DynamicsET 2200 ≥ C3
MATH 3400 – Diff EqMATH 2302 ≥ C3
ET 3200 – ThermoMATH 2301 & PHYS 20543
IHS 2210 or other BRICKS FIE 3
IHS 2210 or other BRICKS PSBS 3
3FallME 3011 - Kinem MachET 2240 ≥ C317
ET 2220 – StrengthsET 2200 ≥ C3
MATH 3600 – Num MethodsMATH 34003
ME 3022 – Heat/Fluid IET 32003
ET 3132 - Elec. Eng IMATH 23012
ETM 3070 - Mfg Design LabET 11003
SpringET 3800J or ENG 3100J or ENG 3090JENG 1510 and JR or SR315
ISE 4311 – Appl Sys EngET 2450 and JR or SR3
ECON 2350 – Econ EnergyECON 1030 and MATH 23013
ME 3122 – Heat/Fluid IIME 30223
GEOG 1310, MGMT 2640, or other BRICKS Gen Ed 3
4FallME 4800 - Colloq 4ME 2800117
ME 4550 - MechatronicsME 3012 & ME 3550 or EE 31433
ME 4701 - SrD IETM 3070 & ME 3700 & ME 35104
ME 3140 - Mfg ProcessET 2220 & ET 23003
ME 4800 - Exp Design Lab 3
BRICKS PHA Gen Ed 3
SpringME 4702 - SrD IIME 4701 & ME 3700 & ME 3510416
ME 4210 - App ThermoET 3200 ≥ C & ME 31223
PHIL 1300 or PHIL 2160 or other BRICKS PHTC 3
Prof or Tech Elective (See DARS)Elective Dependent3
Tech Elective (See DARS)Elective Dependent3

Italics in class column indicates a class that can be chosen by the student.

Careers and Post-Grad Opportunities for Mechanical Engineers

Upon graduating with your bachelor's degree in mechanical engineering, you'll be primed for careers in design, manufacturing, research and sales. Many of our graduates go on to work for companies such as Boeing, Toyota, and General Electric. Some of our graduates have even gone on to work for professional racing teams and experimental aircraft manufacturers.

Interested in pursuing an advanced degree? Mechanical engineering graduates can also use their degree as a stepping stone to pursue a graduate degree in engineering, law, medicine or business. Additionally, the Russ College of Engineering offers both a master's and Ph.D. programs in mechanical engineering.

Gain Hands-On Experience

  • Gain Research Experience


    Put your ideas to the test in a mechanical engineering research unit or lab. Test your designs by using the wide range of design and modeling software and materials processing equipment within research units and labs.

  • Get an Entrepreneurship Certificate


    Adding an entrepreneurship certificate through the College of Business and the Center for Entrepreneurship is a great way to gain the tools you need to start your own business.