Course Description
EGN6918 – Advanced Research is a 1-9 credit-hour doctoral-level course providing structured registration for advanced research credits in engineering. The course is structured as a flexible research-credit framework rather than a traditional content course — students enroll for the credit hours appropriate to their research effort during a given semester, working with their dissertation advisor on substantive research toward dissertation completion. Specific research content varies by student, advisor, and dissertation topic; the course provides the formal academic structure (credit registration, grading, milestone documentation) within which doctoral research is conducted.
EGN6918 is typically used in the post-coursework phase of doctoral study — after qualifying examinations, after dissertation proposal defense, and during the substantive dissertation research and writing phase. Students typically register for EGN6918 each semester from candidacy (after passing qualifying exams) through dissertation defense, with credit hour load reflecting their effort and institutional requirements (often 3-9 credit hours per semester for full-time research engagement).
The course is graded on a satisfactory/unsatisfactory basis at most institutions, reflecting that traditional graded assessment is inappropriate for substantive doctoral research progress. Faculty advisors evaluate research progress through advisor-student meetings, milestone reviews, and dissertation committee oversight. Substantive research content emerges entirely from the student's dissertation topic and advisor's research program.
EGN6918 is a Florida common course offered at approximately 2 Florida institutions. The course transfers as the equivalent course at Florida public postsecondary institutions per SCNS articulation policy where the receiving doctoral program accepts the course; doctoral research credit transfer is typically restrictive and requires explicit approval.
Learning Outcomes
Required Outcomes
Specific outcomes vary across students and dissertation topics. Common framework outcomes typically include:
- Conduct substantive doctoral dissertation research under the supervision of the dissertation advisor and oversight of the dissertation committee, with research content appropriate to the student's dissertation topic and research area.
- Apply advanced engineering research methodology appropriate to the dissertation topic, integrating literature, theory, methods, experimental or computational work, and analysis at doctoral level.
- Demonstrate progress toward dissertation milestones, including (depending on dissertation stage) literature comprehensiveness, research methodology development, data collection or computational implementation, analysis and interpretation, manuscript preparation, conference presentations, and dissertation chapter completion.
- Engage with the scholarly research community in the student's research area through literature engagement, conference presentations, peer review participation, and collaboration with other researchers.
- Apply research integrity and ethics at the standard expected of doctoral research, including responsible conduct of research, IRB compliance for human subjects research where applicable, IACUC compliance for animal research where applicable, and the integrity of data and analysis.
- Develop scholarly communication artifacts from research progress, typically including drafts of dissertation chapters, manuscripts for peer-reviewed publication, conference abstracts and presentations.
- Apply professional research practice, including effective collaboration with the dissertation advisor and committee, peer engagement with other doctoral students, professional engagement with the research community.
Outcomes Specific to Dissertation Stage
The specific outcomes during a given semester of EGN6918 enrollment reflect the student's stage in the dissertation process:
- Early Dissertation Phase (post-candidacy, pre-substantive results): Comprehensive literature engagement; methodology development; preliminary data or computational implementation; foundational manuscript preparation.
- Mid-Dissertation Phase: Substantive data collection or computational research; analysis development; conference presentations of preliminary results; first manuscript submissions.
- Late Dissertation Phase: Completion of research scope; comprehensive analysis; manuscript publications; dissertation chapter integration; preparation for dissertation defense.
Major Topics
Course Structure
Because EGN6918 is structured as a research-credit framework rather than a traditional content course, the course does not have predetermined topics in the conventional sense. Topics emerge from the student's dissertation research and the advisor's research program. The framework topics include:
- Dissertation Research Activities: The substantive research work appropriate to the student's dissertation topic and stage. Specific research activities vary widely depending on engineering discipline (mechanical, civil, electrical, chemical, biomedical, aerospace, industrial, materials, computer engineering) and research approach (experimental, computational, theoretical, mixed-methods).
- Advisor-Student Research Meetings: Regular meetings with the dissertation advisor to discuss research progress, methodology refinement, results interpretation, and next steps; the engineering value of structured advisor engagement.
- Dissertation Committee Engagement: Periodic meetings with the dissertation committee to review research progress; integration of committee feedback into research direction; preparation for dissertation defense.
- Research Group Engagement: Engagement with the advisor's research group (other doctoral students, postdocs, master's students); the collaborative engineering of research; the development of research community.
- Literature Engagement: Continued engagement with research literature throughout the dissertation; the integration of new findings; the maintenance of comprehensive literature awareness in the research area.
- Scholarly Communication: Manuscript preparation for peer-reviewed publication; conference abstract preparation; conference presentation; the iterative development of scholarly communication artifacts from research.
- Professional Development: Engagement with the broader research community; conference attendance; professional society engagement; networking with peer doctoral students; networking with potential employers.
- Research Integrity and Compliance: Ongoing engagement with research integrity expectations; IRB compliance for human subjects research; IACUC compliance for animal research; data integrity practices.
- Milestone Documentation: Documentation of research progress for institutional doctoral milestones (annual reviews, candidacy maintenance, dissertation defense preparation).
Resources & Tools
- Research-Specific Resources: Resources appropriate to the student's research area — academic journals; databases (IEEE Xplore, ACM Digital Library, Web of Science, Scopus); software tools; laboratory equipment; computational resources; the institutional library research support
- Citation Management: Zotero, Mendeley, EndNote — essential for managing the substantial literature engagement of doctoral research
- Writing Tools: LaTeX (with bibliography integration, common in engineering and physical sciences); Microsoft Word; Overleaf (collaborative LaTeX); reference management integration with writing tools
- Code and Data Management: Git/GitHub for code version control; institutional and discipline-specific data repositories (figshare, Dryad, Zenodo); the institutional research data management resources
- Reference Resources: Institutional graduate school office (doctoral milestones, compliance); institutional library research support; engineering professional society resources; conference and publication venue resources
Career Pathways
EGN6918 supports career pathways requiring substantial doctoral research preparation. The doctoral degree itself is the primary career-relevant outcome, supporting:
- Academic Career Path — University faculty positions (research-intensive R1 institutions; teaching-intensive institutions); postdoctoral research positions.
- National Laboratory Career Path — Sandia, Los Alamos, Lawrence Livermore, Oak Ridge, NREL, NIST; substantial Florida-relevant research at NASA Kennedy Space Center.
- Industry Research Career Path — Senior R&D roles in major engineering companies; relevant Florida industries include aerospace (Lockheed, Northrop, L3Harris, Boeing), defense, healthcare technology, marine engineering.
- Government Research Career Path — NIH, NIST, NOAA, NASA Headquarters, military research labs.
- Engineering Entrepreneurship from Research — Research-based startups; technology commercialization from doctoral research.
- Engineering Consulting — Research-Driven — Senior consulting roles requiring doctoral credentials.
Special Information
The Research-Credit Framework
EGN6918 differs fundamentally from traditional content courses. Instead of predetermined content, instruction, and assessment, EGN6918 provides the academic credit framework within which substantive doctoral research is conducted. Specific research content emerges entirely from the student's dissertation topic and advisor's research program. The course's value is in providing the formal academic structure (credit registration, grading, milestone documentation) for the substantial research work that constitutes doctoral preparation.
Variable Credit Hours
EGN6918 is typically offered with variable credit hours (often 1-9 credits per semester). Students register for credit hours appropriate to their research effort during the semester, balancing institutional requirements (typically full-time enrollment for funded students) with research activity. Specific credit hour requirements vary by institution and student funding status.
Satisfactory/Unsatisfactory Grading
EGN6918 is typically graded on a satisfactory/unsatisfactory basis. Traditional graded assessment is inappropriate for substantive doctoral research progress. Faculty advisors evaluate research progress through advisor-student meetings, milestone reviews, and dissertation committee oversight. Unsatisfactory grades typically reflect substantive concerns about research progress that warrant intervention; the course is not used for performance evaluation in the conventional sense.
Repeated Enrollment
EGN6918 is structured for repeated enrollment across semesters of doctoral study (typically post-candidacy). Students typically register for EGN6918 each semester from candidacy through dissertation defense, with the cumulative effort representing the substantial research underlying the dissertation.
Connection to Dissertation Process
EGN6918 is the academic credit vehicle for substantive dissertation research. The research conducted under EGN6918 enrollment forms the substance of the dissertation. Students completing EGN6918 successfully demonstrate the substantive research progress that culminates in the doctoral dissertation defense.
General Education and Transfer
EGN6918 is a Florida common course number that transfers as the equivalent course at Florida public postsecondary institutions per SCNS articulation policy where the receiving doctoral program accepts the course. Doctoral research credit transfer is typically restrictive — most institutions limit the transfer of doctoral research credits and require that the substantive dissertation research be conducted under the student's current program. Transfer students should consult their receiving doctoral program for specific policies.
Course Format
EGN6918 does not follow the traditional class meeting format. Rather, the "course" consists of the student's substantive research work supervised by the dissertation advisor. Some institutional implementations include periodic group meetings (research group meetings, departmental research seminars); others rely entirely on individual advisor-student meetings.
Position in the Doctoral Engineering Curriculum
EGN6918 is typically taken in the post-coursework phase of doctoral study (after qualifying examinations, after dissertation proposal defense). Students typically continue enrollment until dissertation defense.
Time Commitment
The time commitment for EGN6918 reflects the credit hour load and the student's research effort. Full-time doctoral students typically engage 40+ hours per week in dissertation research while enrolled in EGN6918. Working professional doctoral students integrate research time with their professional responsibilities.
Prerequisites
EGN6918 typically requires:
- Doctoral candidacy (passage of qualifying examinations)
- Dissertation proposal defense (at most institutions)
- Active dissertation advisor relationship
- Dissertation committee establishment
- Compliance with institutional research integrity requirements (CITI training, IRB/IACUC compliance where applicable)