M.S. in Engineering Physics

student studying at a computer

The Master of Science in Engineering Physics is housed in the Department of Physical Sciences in the College of Arts and Sciences. Students are encouraged to take advantage of campus laboratories, including the Atmospheric Physics Research Lab, Control Design Lab, the 1-meter Ritchey-Chrétien Reflecting Telescope, the Space Physics Research Lab and the Laboratory for Exosphere and Near-Space Environment Studies (LENSES).

Throughout the program, students are involved in a wide variety of research, much of which is funded by grants from NASA, the National Science Foundation (NSF) and other agencies. Several faculty members are awardees of the NSF Faculty Early Career Development (CAREER) program, an honor recognizing early-career faculty with strong potential to serve as academic role models in research and education and to lead advances in their departments or organizations.

An accelerated program is also available that allows exceptional students to complete both the bachelor’s and master’s degrees in Engineering Physics in five years.

Program-Level Student Learning Outcomes

Students will:

  • Apply experimental methods in space science.
  • Apply advanced numerical methods for engineers and scientists.
  • Apply advanced space physics concepts.
  • Solve space science and engineering problems.

Daytona Beach Program Requirements

Core Requirements15
Option 15
Total Credits30

Core Requirements

ENGP 501Numerical Methods for Engineers and Scientists3
ENGP 505Spacecraft Dynamics and Control3
ENGP 511Advanced Space Physics3
ENGP 601Experimental Methods in Space Science3
ENGP 605Spacecraft Power and Thermal Design3
Total Credits15

Option 

Option I: Non-Thesis

Technical Electives ASTR, AERO, CESC, CIVE, CPSC, DSCI, ELEC, ENGR, ENGP, MATH, MECH, and SFTW 500 level and above 15
Total Credits15

Option II: Thesis

ENGP 700Graduate Thesis9
Technical Electives ASTR, AERO, CESC, CIVE, CPSC, DSCI, ELEC, ENGR, ENGP, MATH, MECH, and SFTW 500 level and above 6
Total Credits15

Suggested Plan of Study

Option I: Non-Thesis

Year One

Fall
RequirementsCredits
ENGP 501 - Numerical Methods for Engineers and Scientists3
ENGP 505 - Spacecraft Dynamics and Control3
ENGP 605 - Spacecraft Power and Thermal Design3
Semester Hours9
Spring
RequirementsCredits
ENGP 511 - Advanced Space Physics3
ENGP 601 - Experimental Methods in Space Science3
Specified Elective3
Semester Hours9

Total Credits

Total Hours for All Requirements: 18

Year Two

Fall
RequirementsCredits
Specified Elective3
Specified Elective3
Semester Hours6
Spring
RequirementsCredits
Specified Elective3
Specified Elective3
Semester Hours6

Total Credits

Total Hours for All Requirements: 12

Option II: Thesis

Year One

Fall
RequirementsCredits
ENGP 501 - Numerical Methods for Engineers and Scientists3
ENGP 505 - Spacecraft Dynamics and Control3
ENGP 605 - Spacecraft Power and Thermal Design3
Semester Hours9
Spring
RequirementsCredits
ENGP 511 - Advanced Space Physics3
ENGP 601 - Experimental Methods in Space Science3
Specified Elective3
Semester Hours9

Total Credits

Total Hours for All Requirements: 18

Year Two

Fall
RequirementsCredits
Specified Elective3
ENGP 700 - Graduate Thesis3
Semester Hours6
Spring
RequirementsCredits
ENGP 700 - Graduate Thesis3
ENGP 700 - Graduate Thesis3
Semester Hours6

Total Credits

Total Hours for All Requirements: 12