Hands-On Learning, World Class Outcomes

A Bachelor of Science in Engineering (BSE) in MEAM fuses rigorous theoretical foundations with immersive, real-world lab work and interactive, design-centered projects. From day one, you’ll collaborate in cutting-edge facilities by solving authentic engineering challenges that bridge classroom concepts with industry and research applications. Customize your path by choosing one of three concentrations to develop the specialized skills that will propel you into careers at the forefront of innovation.

The Bachelor of Science in Engineering (BSE) in MEAM consists of 37 course units (CUs) that blend core theory with specialized study. You can choose one of three concentrations, each designed designed to give you deeper expertise in your chosen field. For full course descriptions, visit the Penn Course Catalog, and for a complete breakdown of requirements and electives, see the Undergraduate Handbook.

  • MATH 1400 Calculus I (1 CU)
  • MATH 1410 Calculus II (1 CU)
  • MATH 2400 Calculus III (1 CU)
  • ENM 2510 Analytical Methods for Engineering or MATH 2410 Calculus IV (1 CU)
  • Additional Math Course (1 CU)
  • MEAM 1100 Introduction to Mechanics (1 CU)
  • MEAM 1470 Introduction to Mechanics Lab (.5 CU)
  • PHYS 0151 Principles of Physics II (1.5 CU)
  • CHEM 1012 General Chemistry I (1 CU) or BIOL 1121 Intro to Biology – The Molecular Biology of Life (1 CU)
  • Additional Math or Natural Science Course (1 CU)

  • MEAM 2020 Intro to Thermal and Fluids Engineering (1 CU)
  • MEAM 2030 Thermodynamics (1 CU)
  • MEAM 2100 Statics and Strength of Materials (1 CU)
  • MEAM 2110 Engineering Mechanics: Dynamics (1 CU)
  • MEAM 2470 MEAM Lab I (.5 CU)
  • MEAM 2480 MEAM Lab I (.5 CU)
  • MEAM 3470 Mechanical Engineering Design Lab (1 CU)
  • MEAM 3480 Mechanical Engineering Design Lab (1 CU)
  • MEAM 4450 Mechanical Engineering Design Projects (1 CU)
  • MEAM 4460 Mechanical Engineering Design Projects (1 CU)

Maximum of three 100-level courses in this section (including programming course).

  • ENGR 1050 Intro to Scientific Computing (1 CU)
  • MEAM Upper-Level Electives (2-3 CUs)
  • Technical Electives (3-4 CUs)

Courses Required if No Concentration Declared (4 CUs)
  • MEAM 3020 Fluid Mechanics (1 CU)
  • MEAM 3210 Dynamic Systems and Control (1 CU)
  • MEAM 3330 Heat & Mass Transfer (1 CU)
  • MEAM 3540 Mechanics of Solids (1 CU)

 

Dynamics, Controls, and Robotics (4 CUs)
  • MEAM 3200 Intro to Mechanical and Mechatronic Systems (1 CU)
  • MEAM 3210 Dynamic Systems and Control (1 CU)
  • MEAM 3000-level breadth elective (not including MEAM 3200 and MEAM 3210)
  • Concentration-approved MEAM Upper-Level (see your undergraduate handbook)

 

Mechanics of Materials, Structures and Design (4 CUs)
  • MEAM 3210 Dynamic Systems and Control (1 CU)
  • MEAM 3540 Mechanics of Solids (1 CU)
  • MEAM 3000-level breadth elective (not including MEAM 3210 and MEAM 3540)
  • Concentration-approved MEAM Upper-Level

 

Energy, Fluids and Thermal Systems (4 CUs)
  • MEAM 3020 Fluid Mechanics (1 CU)
  • MEAM 3330 Heat & Mass Transfer (1 CU)
  • MEAM 3000-level breadth elective (not including MEAM 3020 and MEAM 3330)
  • Concentration-approved MEAM Upper-Level
274

Undergraduates

12:1

Student-to-teacher ratio

$ 100K

Median Salary After Graduation

Featured Courses

MEAM 4450 Senior Design Capstone

As the capstone of Penn’s practice-integrated mechanical engineering curriculum, the two-semester senior design sequence challenges students to bring theory, skills, general knowledge, and inventive energy to bear on substantial engineering problems. There is no “typical” project and the variety is always surprising: some projects lead to marketable products; some explore a theoretical principle; some are just for fun. But taken together, they reflect the breadth and diversity of mechanical engineering.

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MEAM 2010 Machine Design and Manufacturing

Building upon the fundamentals of mechanical design taught in MEAM 1010, this hands-on, project-based course provides students with the knowledge and skills necessary to design, analyze, manufacture. and test fully-functional mechanical systems. Students walk away at the end of the semester with their very own Sterling heat engine.

You've Got Options

Tailor your MEAM experience with flexible pathways: pursue a dual degree, deepen your expertise with a MEAM minor, or jumpstart graduate studies early through submatriculation.

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Dual Degree

Combine your engineering degree with another undergraduate program at Penn through our dual-degree options, which integrate coursework across two schools and award both degrees upon completion.

Dual Degree Options

Minor in MEAM

You can minor in MEAM with the completion of at least six approved MEAM course units with a grade of C or better.

Minor Requirements

Accelerated Master's

Penn undergraduates may begin an engineering master’s program while still completing their undergraduate program via the submatriculation application procedure.

Accelerate Your Learning

Your Partner in Academic Success

Katie Knorr is our Academic Coordinator for Undergraduate Programs. She is your go-to resource for navigating the Undergraduate program. From course planning and registration to connecting with research, internships and student organizations, she’s here to help you make the most of your Penn Engineering experience.

Get In Touch

Prospective Student FAQ

Yes. The Mechanical Engineering and Applied Mechanics undergraduate program is accredited by the Engineering Accreditation Commission of ABET, http://www.abet.org. Learn more about our program and student outcomes here.

No. You do not need to declare any major or concentration when applying to Penn as an undergraduate. Simply indicate that you are “undecided” when applying. Once you get to Penn, you can use the first part of your undergraduate experience to take engineering classes in different disciplines to see what is best for you.

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Yes, but it is optional. You can declare an optional concentration in one of three areas: Dynamics, Controls and Robotics; Mechanics of Materials, Structures and Design; and Energy, Fluids and Thermal Systems. Alternatively, you can follow the General Curriculum, which covers all major areas of mechanical engineering and prepares you for a wide range of engineering roles.

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Yes. Many of our undergraduates choose to pursue research opportunities outside of classroom experiences. In order to look for a position, start by looking at our Research Areas and Faculty List to see what areas you may like and what faculty are affiliated. Then, contact the professor to inquire if any opportunities are available.

Yes! The Accelerated Master’s (4+1) Program provides motivated students with a head start on their graduate education by allowing them to begin a master’s degree while completing their bachelor’s. With departmental approval, students can take graduate-level courses alongside their undergraduate coursework.

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