Technical Electives

Senior year, all mechanical and nuclear engineering students enroll in technical elective credits to prepare for engineering careers. The credit breakdown is listed below.

  • ME Students
    • 3 credits of Mechanical Engineering Technical Elective
    • 6 credits of Engineering Technical Elective (ETE)
    • 3 credits of General Technical Elective (GTE)
  • NucE Students
    • 6 credits of Nuclear Engineering Technical Elective
    • 3 credits of General Technical Elective (GTE)

Mechanical Engineering Technical Electives (METE)

Mechanical engineering students must take at least three METE credits, which can be any 400-level ME course excluding ME 410, ME 441W, ME 440W, ME 442W, ME 443W, ME 450, ME 494 and ME 496. A list of 400-level ME classes can be found on the University Bulletin. METE courses can also be taken to satisfy the ETE and GTE requirements.

Nuclear Engineering Technical Electives (NucE TE)

In the senior year, all nuclear engineering students enroll in two nuclear engineering technical electives. NucE technical electives are 400-level NucE courses, except NucE 401, that are not required in the B.S. NucE curriculum. A list of 400-level NucE classes can be found on the University Bulletin. NuceE TE courses can also be taken to satisfy the ETE and GTE requirements.

Engineering Technical Electives (ETE)

To satisfy the ETE credit requirement, students can take any 400-level engineering courses not required for the major. On the chart below, courses in boldface type may be taken for ETE credit. A list of 400-level engineering classes can be found in the University Bulletin.

General Technical Electives (GTE)

The General Technical Elective (GTE) provides the opportunity for a student to enhance their technical education. To satisfy the GTE credit requirement, students can take math, science, or engineering not required for their program. The charts below provide a breakdown of accepted electives.

Please note of the following criteria:

  1. Some 497x (temporary) courses offered outside of MNE are eligible but require pre-approval via e-petition. The course must have substantial technical content and the student must demonstrate how the topic adds value to their academic and/or career plans.
  2. Three Co-op credits or internship (or combination of both) rotations (ENGR 195, 295, 395, and 495).

  3. Six credits of ROTC training are accepted (3 credits applied as GTE and 3 credits applied as GHA).
  4. A course substitution must be submitted for any course taken outside of MNE. (http://coursesub.psu.edu)

Courses in the College of Engineering
Course Prefix Accepted Courses Not Accepted
AERSP* 3XX, 4XX 308, 311
AE* 3XX, 4XX
BE 3XX, 4XX
BME* 3XX, 4XX
CHE* 3XX, 4XX 330, 350
CE* 3XX, 4XX 360
CMPEN* 3XX, 4XX
CMPSC* 3XX, 4XX
EE 3XX, 4XX
ENGR* 4XX
EDSGN* 4XX
EMCH 3XX, 4XX 315, 416
ESC 3XX, 4XX
IE* 3XX, 4XX 312
ME* 3XX, 4XX, 497x 410, 440-443, 450
NucE* 3XX, 4XX, 497x 403, 430, 431, 450, 451
Courses in the College of Earth and Mineral Science
Course Prefix Accepted Courses Not Accepted
EARTH 4XX
EGEE 4XX
FSC 4XX
ENVSE 4XX
GEOSC 3XX, 4XX
MATSE 4XX
METEO 3XX, 4XX
MNPR 3XX, 4XX
MNG 3XX, 4XX
PNG 4XX
Courses in the Eberly College of Science
Course Prefix Accepted Courses Not Accepted
ASTRO 2XX, 3XX, 4XX
BMB 2XX, 3XX, 4XX
BIOL 2XX, 3XX, 4XX
BIOTC 4XX
CHEM 2XX, 3XX, 4XX
ENT 3XX, 4XX
MATH 3XX, 4XX
MICRB 2XX, 3XX, 4XX
PHYS 230, 237, 3XX, 4XX
STAT 3XX, 4XX

Notes:

  1. 400-level courses in bold-face type may also be taken for ETE credit
  2. Departments with asterisk (*) may have controls on their course offerings.  Students must contact the department to obtain permission to enroll if they cannot schedule the course in LionPath.

 
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About

The Department of Mechanical and Nuclear Engineering at Penn State is one of the nation’s largest and most successful engineering departments. We serve more than 1,000 undergraduate students and more than 330 graduate students

We offer B.S. degrees in mechanical engineering and nuclear engineering as well as resident (M.S., Ph.D.) and online (M.S., M.Eng.) graduate degrees in nuclear engineering and mechanical engineering. MNE's strength is in offering hands-on experience in highly relevant research areas, such as energy, homeland security, biomedical devices, and transportation systems.

Department of Mechanical and Nuclear Engineering

137 Reber Building

The Pennsylvania State University

University Park, PA 16802-4400

Phone: 814-865-2519