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2024-2025 University Catalog
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major: Mechanical Engineering

Degree: Bachelor of Science (BS) 2024-2025

Osprey Map (Course Sequence Guide)

Informational Text

General Education requirements for engineering students differ from other majors. Do not register for general education courses without consulting your academic advisor and Osprey Map.

Prerequisites (27 credits)

A grade of "C" or higher is required in all Engineering prerequisite courses.
Additionally, the engineering majors are selective admission majors. Students must meet the following admission criteria with a minimum grade of C prior to officially being admitted to the major: MAC2311 Calculus 1, PHY2048C Calc-based Physics I, and CHM2045+L Gen Chemistry I + Lab. *Chemistry Lab not required for Electrical Engineering.

CHM2045+L Gen Chemistry I + Lab (3+1)
Acceptable substitute: CHS1440 for CHM2045
MAC2311 (GM) Calculus I (4 Credits)
Required prerequisite(s): Pre-calculus at the college level with a "C" or higher
Acceptable substitute: MAC2281
MAC2312 (GM) Calculus II (4 Credits)
Acceptable substitute: MAC2282
MAC2313 (GM) Calculus III (4 Credits
       Acceptable substitute: MAC2283
MAP2302 (GM) Ordinary Differ Equations (3 Credits)
Acceptable substitute: MAP2283
PHY2048C Calculus-based Physics I (4 Credits)
PHY2049+L Calc-based Physics + Lab (3+1)

Foundation (17 credits)

Mechanical Engineering Foundation (6 Courses - 17 Credits)

COP2220 Programming I (3 Credits)
EEL3111 Circuit Analysis I (3 Credits)
EGN1001C Introduction to Engineering I (2 Credits)
EGN3311 Statics (3 Credits)
STA3032 (GM) Prob/Statistics for Engrs (3 Credits)
ENC3246 Prof. Comm: Engineering (3 Credits)

Core Requirements (18 credits)

Mechanical Engineering Core (6 Courses - 18 Credits)

EGN3203 Modern Computational Methods (3 Credits)
EGN3321 Dynamics (3 Credits)
EGN3331 Strength of Materials (3 Credits)
EML3100 Thermodynamics I (3 Credits)
EML4551 Senior Capstone Design I (3 Credits)
EML4552 Senior Capstone Design II (3 Credits)

Major Requirements (31 credits)

Mechanical Engineering Major Requirements (12 Courses - 31 Credits)

EMA3010 Intro to Materials Science (3 Credits)
EML3015 Fluids (3 Credits)
EML3101 Thermodynamics II (3 Credits)
EML3535C Modern Engineering CAD (2 Credits)
EML4307L Thermal Sciences Lab II (1 Credit)
EML4140 Heat Transfer (3 Credits)
EML4301C Control of Machinery (3 Credits)
EML4304L Thermal Sciences Lab I (1 Credit)
EML4312 Model/Analysis Dynamic Systems (3 Credits)
EML4320C Integrated Design/Manufacture (3 Credits)
EML4501 Machine Design (3 Credits)
EML4507C Finite Element Model/Analysis (3 Credits)

Technical Electives (12 credits)

Mechanical Engineering Technical Electives (12 Credits)

SELECT 12 credits from the list below

  • BME 4211 Mechanics of the Human Body (3 Credits)
  • BME 4745C Modeling in Biomechanics (3 Credits)
  • BME 4910C Research in Biomechanics (3 Credits)
  • EML 4541 Design Against Mechanical Failure (3 Credits)
  • EML 4328C Applied Programmable Logic Controllers for ME (3 Credits)
  • EML4544 Materials and Handling I (3 Credits)
  • EML4622 Clean and Renewable Energy Technology (3 Credits)
  • EML4950C Formula Race Car (3 Credits)
  • EML4806 Robotics Engineering (3 Credits)
  • EML4905 Directed Independent Study (1-3 Credits)
  • EML4911 Supervised Undergraduate Research (1-3 Credits)
  • EML4421 Internal Combustion Engines (3 Credits)
  • EML4930 Special Topics: Mech Engineering (1-3 Credits)
  • EML4949 Mechanical Engineering Internship (1-3 Credits; Repeatable to a maximum of 3 Credits)
  • EGN4042 Problem Solving and Continuous Improvement Methods in Engineering (3 Credits)
  • EMA4502 Materials Characterization (3 Credits)
  • EMA4704 Materials Selection (3 Credits)
  • EGS3065 Professional Issues in Engineering
  • Any other 3000 or 4000 level courses with either an EML, EGN, or EMA prefix taken at UNF
  • Students may take no more than 6 credit hours (海角社区courses only) at either 3000 or 4000 level from Chemistry, Physics, Mathematics, Computing, Civil Engineering, or Electrical Engineering to count towards technical elective credit hours. Students must secure approval from the School of Engineering Director prior to registering when taking a course from these disciplines.

A maximum of 12 credit hours of graduate level course work can be taken while in undergraduate status and counted towards a graduate degree, but a maximum of 6 credit hours of graduate level course work may be used towards technical electives at the undergraduate level. Students wishing to take graduate credits while in undergraduate status must receive approval from the School of Engineering Director prior to registering for the graduate level course(s).

Electives

No additional hours should be necessary. If necessary, select additional courses to attain a total of 120 hours. This area may include hours at any level (1000-4000).

ANY-HOURS FREE ELECTIVES (1000-4000)