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Aviation, Ph.D.

  1. Graduates will be able to assess relevant literature or scholarly contributions in the field(s) of study.
  2. Graduates will be able to apply the major practices, theories or research methodologies in the field(s) of study.
  3. Graduates will be able to apply knowledge from the field(s) of study to address problems in broader contexts.
  4. Graduates will be able to articulate arguments or explanations to both a disciplinary or professional audience and to a general audience, in both oral and written forms.
  5. Graduates will be able to evidence of scholarly and/or professional integrity in the field of study.

The aviation Ph.D. program requires a total of 63 credits beyond a bachelor's degree. Students will work with an adviser and Ph.D. committee to determine the specific coursework to complete the Ph.D. in aviation. If students have an applicable master’s degree, 27 credits of that program may count towards the 63 credits necessary, with department approval. No research or project credits will be counted towards the advanced standing for the Ph.D.

ASCI 5980Graduate Independent Study in Aviation Science3
Aviation Foundation Requirement12
Research Methodology Requirement12
Secondary Discipline12
Students should choose 12 credits in a secondary discipline complementary to the knowledge of aviation, with department approval
Aviation Electives12
Dissertation Research12
ASCI 6990
Dissertation Research
Total Credits63

Non-Course Requirement 

All students must complete an exit survey with their department/program during their final semester.

Continuation Standards

Students must maintain a cumulative grade point average (GPA) of 3.00 in all graduate/professional courses.

Aviation Foundation Attributed Courses

ASCI 5030Aviation Security Management3
ASCI 5040Human Factors in Aviation Safety3
ASCI 5150Aviation Incident and Accident Analysis3
ASCI 5210Aviation Organization Theory and Management3
ASCI 5220Aviation Safety Programs3
ASCI 5230Prof Ethics and Standards3
ASCI 6010Federal & International Regs3
ASCI 6020Flight Op's Business & Admin3
ASCI 6030Aviation and Public Policy3
ASCI 6070Aviation Training Methods3

Aviation Research Attributed Courses

ASCI 5010Introduction to Aviation Research Methods3
ASCI 5020Aviation Safety Data Analysis3
ASCI 5460Qualitative Data Analysis3
ASCI 5470Quantitative Data Analysis3
AA 5221Applied Analytics & Methods I3
EDR 5100Intro to Inferential Stats: Ed3
EDR 6100 Intermediate Applied Statistics for Education3
ORES 5100Research Methods in Health & Medicine3
PSY 6500Applied Multivariable and Multivariate Statistics in Behavioral Science3
SOC 5750Qualitative Analysis, Grounded Theory Method3
SOC 5800Survey Design & Sampling3

Aviation Elective Attributed Courses

ASCI 5010Introduction to Aviation Research Methods3
ASCI 5020Aviation Safety Data Analysis3
ASCI 5030Aviation Security Management3
ASCI 5040Human Factors in Aviation Safety3
ASCI 5150Aviation Incident and Accident Analysis3
ASCI 5210Aviation Organization Theory and Management3
ASCI 5220Aviation Safety Programs3
ASCI 5230Prof Ethics and Standards3
ASCI 5460Qualitative Data Analysis3
ASCI 5470Quantitative Data Analysis3
ASCI 5980Graduate Independent Study in Aviation Science1-3
ASCI 6010Federal & International Regs3
ASCI 6020Flight Op's Business & Admin3
ASCI 6030Aviation and Public Policy3
ASCI 6070Aviation Training Methods3
AA 5221Applied Analytics & Methods I3
BME 6000Preparing Future Faculty3
EDR 5100Intro to Inferential Stats: Ed3
EDR 6100 Intermediate Applied Statistics for Education3
GIS 5040Introduction to Remote Sensing3
IB 6000Global Business Environment3
IB 6220International E-Business3
ORES 5100Research Methods in Health & Medicine3
PSY 6500Applied Multivariable and Multivariate Statistics in Behavioral Science3
SOC 5750Qualitative Analysis, Grounded Theory Method3
SOC 5800Survey Design & Sampling3

Roadmaps are recommended semester-by-semester plans of study for programs and assume full-time enrollment unless otherwise noted.  

Courses and milestones designated as critical (marked with !) must be completed in the semester listed to ensure a timely graduation. Transfer credit may change the roadmap.

This roadmap should not be used in the place of regular academic advising appointments. All students are encouraged to meet with their advisor/mentor each semester. Requirements, course availability and sequencing are subject to change.

Roadmap for Students with Advanced Standing

Plan of Study Grid
Year One
FallCredits
ASCI 5150 Aviation Incident and Accident Analysis 3
ASCI 5220 Aviation Safety Programs 3
 Credits6
Spring
ASCI 5030 Aviation Security Management 3
ASCI 5470 Quantitative Data Analysis 3
 Credits6
Year Two
Fall
ASCI 5040 Human Factors in Aviation Safety 3
ASCI 5460 Qualitative Data Analysis 3
 Credits6
Spring
ASCI 5020 Aviation Safety Data Analysis 3
ASCI 5980 Graduate Independent Study in Aviation Science * 3
 Credits6
Summer
Ph.D. Qualifying Exam  
 Credits0
Year Three
Fall
ASCI 6990 Dissertation Research 3
 Credits3
Spring
ASCI 6990 Dissertation Research 3
 Credits3
Summer
Ph.D. Proposal Defense/Doc Oral Exam  
 Credits0
Year Four
Fall
ASCI 6990 Dissertation Research 3
 Credits3
Spring
ASCI 6990 Dissertation Research 3
 Credits3
Summer
Ph.D. Dissertation Defense  
 Credits0
 Total Credits36
*

ASCI 5980 Graduate Reading must be taken in the last semester of coursework prior to taking the Ph.D. qualifying examination, which is a requirement of the program.

Roadmap for Students without Advanced Standing

Plan of Study Grid
Year One
FallCredits
ASCI 5010 Introduction to Aviation Research Methods 3
ASCI 5150 Aviation Incident and Accident Analysis 3
 Credits6
Spring
ASCI 5020 Aviation Safety Data Analysis 3
ASCI 5470 Quantitative Data Analysis 3
 Credits6
Year Two
Fall
ASCI 5030 Aviation Security Management 3
ASCI 5040 Human Factors in Aviation Safety 3
 Credits6
Spring
ASCI 5460 Qualitative Data Analysis 3
ASCI 5210 Aviation Organization Theory and Management 3
 Credits6
Year Three
Fall
ASCI 5230 Prof Ethics and Standards 3
BME 6000 Preparing Future Faculty 3
 Credits6
Spring
ASCI 5220 Aviation Safety Programs 3
ASCI 6010 Federal & International Regs 3
 Credits6
Year Four
Fall
ASCI 6020 Flight Op's Business & Admin 3
IB 6000 Global Business Environment 3
 Credits6
Spring
ASCI 6030 Aviation and Public Policy 3
ASCI 6070 Aviation Training Methods 3
 Credits6
Year Five
Fall
ASCI 5980 Graduate Independent Study in Aviation Science * 3
Ph.D. Qualifying Exam  
 Credits3
Spring
ASCI 6990 Dissertation Research 3
 Credits3
Summer
ASCI 6990 Dissertation Research 3
 Credits3
Year Six
Fall
ASCI 6990 Dissertation Research 3
Ph.D. Dissertation Proposal/Doc Oral Exam  
 Credits3
Spring
ASCI 6990 Dissertation Research 3
Ph.D. Dissertation Defense  
 Credits3
 Total Credits63
*

ASCI 5980 Graduate Reading must be taken in the last semester of coursework prior to taking the Ph.D. qualifying examination, which is a requirement of the program.

For more information about any School of Science and Engineering graduate program, email ssegrad-admissions@slu.edu.