Ph.D. Program
Ph.D. Program
Why Engineering Education Research?
Engineering Education research explores both macro- and micro-level challenges related to the formation of engineers, spanning from early childhood education to professional development in the workforce. A deep understanding of these challenges is critical for developing strategies to drive meaningful change in the engineering profession and the educational systems that shape it.This research integrates interdisciplinary perspectives to examine and address these issues comprehensively. Its scope is broad, encompassing academic concerns — such as the effectiveness of instructional methods, student learning processes, motivation, and faculty development — and broader societal and industry-related challenges. These include aligning workforce demands with the preparation of engineering graduates and fostering the success of an increasingly diverse and global population of engineers. To investigate these challenges, Engineering Education research employs a wide range of methodologies drawn from both the social sciences and engineering.
Ph.D. in Engineering Education Program
Rowan University’s Ph.D. in Engineering Education program provides the foundational elements that doctoral students will need to engage with to properly situate their research within the scientific field and be able to ethically and reliably collect and analyze data that can impact engineering education practices and policies in the future. The primary strength of the program is intentionally involving students in activities that they are most likely to encounter in a real-world academic, industrial, or government/NGO setting (e.g. classroom facilitation, research grant writing, design of training programs, participation in service activities for the department).
Students interested in pursuing a dissertation focused on engineering education research can apply for the Doctor of Philosophy (Ph.D.) in Engineering Education program. The Ph.D. in Engineering Education requires 72 semester hours of graduate-level work if you possess a bachelor’s degree or a minimum of 42 semester hours of graduate-level work beyond your master’s degree if all of your master’s degree coursework is transferable. The requirements for the program include:
- Graduate Seminar (0 credits)
- Engineering Disciplinary Graduate Level Coursework (30 Credits)
- Engineering Education Core Coursework (15 Credits)
- XEED 01660: Research Design in Engineering Education (3 Cr)
- XEED 01650: Engineering Education Fundamentals (3 Cr)
- CASE 90810 Quantitative Research Methods in Education (3 Cr)
- CASE 90812 Qualitative Research Methods in Education (3 Cr)
- XEED 01601 Effective Teaching in Academic, Corporate, and Government Settings (3 Cr)
- Engineering Education Elective Coursework (at least 6 credits)
- PhD Dissertation Research (at least 12 credits)
- Qualifier Exam
- Candidacy (Proposal) Exam
- Dissertation Defense
Students will discuss their course selection with their dissertation advisor to ensure the courses build adequate technical competency within a specific engineering discipline while giving them the skillset necessary to complete their dissertation work. Examples of approved graduate-level courses within Engineering and Education can be found in the graduate catalog.
The PhD in Engineering Education also includes a Career Preparation and Readiness Experience (CPRE). CPRE consists of four components, which need to be completed before the PhD Dissertation Defense:
- Teaching:
- Take XEED 01601 Effective Teaching in Academic, Corporate, and Government Settings
- Given meaningful teaching assignments, appropriate with their interests and skills.
- Professional Writing:
- Expected to learn the art and science of grant proposal writing and application. This can include either:
- Taking ENGR 01.602: Strategic Technical Writing and Winning Grant Proposals
- OR/AND Contributing meaningfully to a faculty member’s grant proposal to a state or federal agency or foundation, and relevant to the field of engineering education.
- Diversity, Equity, Inclusion, and Social Justice (DEISJ):
- Completion of a training component on DEISJ through either coursework or professional development opportunities.
- Demonstrate application of DEISJ concepts, such as examples shown below:
- Classroom integration of DEISJ concepts
- Disseminated writing related to DEISJ concepts
- Serving on DEISJ committees (campus-based, community-based, or statewide, nationally, or internationally)
- Research related to a DEISJ topic
- Self-reflection on DEISJ topics
- Publishing:
- Students must publish at least 3 peer-reviewed manuscripts as first author. Students must have at least one journal paper (under review or published) to satisfy the publishing requirement of CPRE.
- Expected to learn the art and science of grant proposal writing and application. This can include either:
If interested in pursuing a Ph.D. in Engineering Education, please reach out to this e-mail address: ExEEdGradCoordinator@rowan.edu.
Approximate curricular timeline for courses and major milestones
Coursework (credits) | ||||
Fall | Spring | Summer | Other Milestones | |
Year 1 |
Fundamentals of Engineering Education (3) Qualitative Methods in Education (3) Research (3) ExEEd Grad Research Seminar (1) |
Quantitative Research Methods in Education (3) Research Design in Engineering Education (3) Research (3) ExEEd Grad Research Seminar (1) |
Research |
Responsible Conduct of Research training Completion of Thesis/Dissertation Committee Appointment Form (end of 1st year) Qualifier Exam (end of 1st year) |
Year 2 |
Strategic / Grant Writing (optional) (3) Eng Ed Elective #1 (3) Research (3) ExEEd Grad Research Seminar (0) |
Effective Teaching (3) Eng Ed Elective #2 (3) Research (3) ExEEd Grad Research Seminar (0) |
Research |
Candidacy (Proposal) Exam (end of 2nd year) Peer-reviewed publication |
Year 3 |
Eng Ed Elective(s)* Research* ExEEd Grad Research Seminar (0) |
Eng Ed Elective(s)* Research* ExEEd Grad Research Seminar (0) |
Research |
Peer-reviewed publication(s) |
Year 4 (if necessary) |
Research* ExEEd Grad Research Seminar (0) |
Research* ExEEd Grad Research Seminar (0) |
Research* |
Final Defense |