Ph.D. in Engineering Education
Our Program
The Doctor of Philosophy (PhD) in Engineering Education program at Purdue University is designed for individuals who want to pursue rigorous research in how engineering, science, technology, and math, are best taught, learned, and practiced. Our alumni grow and transform the discipline; broaden participation in engineering; discover how engineers think and approach problems; and reveal new ways to assess engineering learning.
Purdue established the School of Engineering Education (ENE)—the world's first such academic unit—in 2004, and along with it, the world's first Engineering Education Ph.D. Program. Since graduating our first doctoral student in 2006, ENE has grown an alumni base active in defining and expanding the discipline, and our graduates hold academic positions at prestigious universities across the world in engineering education and STEM disciplines as well as positions in industry and the nonprofit sector. We share our findings broadly and our research efforts influence how engineering is taught in the U.S. and abroad.
Review our program's curriculum, milestones, admissions and application requirements below; our research interests and activities; and IMPACT Report, then reach out to express interest.
Our Curriculum
The on-campus program is taught by experienced faculty with a wide variety of research interests. Full-time students who come into the program with a master's degree can complete the program in four years, on average. Prior to starting dissertation research, you'll take prerequisites that include Engineering Education Foundations, Secondary Engineering Expertise, and Research Preparation. You'll then specialize in one area of engineering education to develop depth of knowledge, and study advanced research methods appropriate to the area you've selected. See our course descriptions for more information.
Students participate in weekly research seminars and the Engineering Education Graduate Student Association.
Program Requirements
90 total credit hours* with a minimum of 41 targeted course credits
- 15 credit hours minimum of Engineering Education Foundations coursework
- 9 credit hours minimum of Secondary Engineering Expertise coursework
- 9 credit hours minimum of Specialization Area coursework
- 32 credit hours minimum of Research Preparation coursework
- Appropriate number of research credit hours to comply with Graduate School requirements
- Form your Graduate Advisory Committee
- Draft your Plan of Study
- Develop your Professional Competency Portfolio
- Pass your Preliminary Exam
- Pass your Final (Thesis) Exam
For those interested in a more compact program, we offer an Online Masters of Science in Engineering Education (MSENE), which covers both the theory and the practice of engineering education and is designed for professional engineers, industry training professionals, university faculty members, and graduate-level STEM students to advance skills without disrupting careers or current studies. We also offer an online Teaching and Learning in Engineering Graduate Certificate with courses that count toward the Ph.D.
Criteria for Admissions
- GPA: Minimum 3.0 or equivalent (A=4.0) cumulative GPA from most recently conferred undergraduate, graduate or professional degree
- Background: Preferred undergraduate degree in Engineering, Science, Mathematics, or Technology*
- Test Scores: Graduate Record Examination (GRE) scores are accepted but not required
*A master's degree or professional doctoral degree from any accredited institution may be considered to contribute up to 30 credit hours toward satisfying this requirement, however, there are restrictions for credits that are more than five years old
Application Requirements
- Apply through Office of the Vice Provost for Graduate Students and Postdoctoral Scholars (OGSPS)
- Transcripts (international students need original language and English translation)
- Recommendation Letters: Three or more
- Curriculum Vitae (CV) or Resume
- Academic Statement of Purpose*
- Personal History Statement
- Research Statement*
- Teaching Statement*
- TOEFL or IELTS scores (international students only)/see English Proficiency Requirements
*Visit ENE's Application Glossary for guidance
Application Deadlines
Fall Start:
- December 1 (most common and recommended pathway)
Spring Start:
- September 15 (consult with us first to determine if you are a good candidate for an off-cycle application)
Follow ENE's Application Timeline to stay on track
Funding
Students may qualify for funding including tuition remission, a monthly stipend for high-quality students, and teaching- and research-focused assistantships and fellowships
- ENE Assistantships
- ENE Explorer Fellowships
- University Recruitment Fellowships
Visit the OGSPS Funding Resources Overview
How can I check the status of my application?
There are two offices involved in the collection of application materials: the Office of the Vice Provost for Graduate Students and Post Doctoral Scholars (OGSPS), formerly the Purdue Graduate School, and the ENE Graduate Programs Office. You apply using the electronic application system through OGSPS, and the ENE Graduate Office receives this information. Once we have received transcripts and an applicant file is complete, we review the file. The OGSPS sends applicants timeline reminders. If we find that you are missing information, the ENE Graduate Programs Office will reach out to you. Login into the OGSPS system if you wish to check the status of your application.
What is Engineering Education's minimum score requirement for the TOEFL exam?
ENE applicants must meet the Purdue Office of the Vice Provost for Graduate Students and Post Doctoral Scholars (OGSPS) English Proficiency Requirements. However, ENE graduate work involves a great deal of reading and writing in English, and applicants should be ready to demonstrate they have the English proficiency necessary to be successful.
What is the expected duration of the PhD program?
A Ph.D. degree from ENE requires 90 credit hours. The expected duration of the degree is unique to each student and greatly dependent on their research focus. It also is dependent on whether the incoming student possesses a master's degee. If a graduate student enrolls in 6-to-9 credits per semester, they are likely to complete the minimum required courses as well as their thesis or research work within four (4) years. For someone with a master's degree, the duration may be shorter.
What types of courses can be transferred into the program, and how does this affect study plans?
Credits earned through a conferred degree (i.e. master's of science) come into the system as a number (up to 30 credits) rather than individual courses. Credits may apply to complete the Ph.D., but some credits may be too old. Appropriate completed coursework that is not part of a conferred degree might be considered for inclusion in a Ph.D. Plan of Study upon review by a advisory committee and head of the ENE Graduate Programs. Please be sure keep the syllabi from these courses.
How does the program foster a sense of community and mentoring?
Our program is known for its welcoming culture and active peer-mentoring. To get a sense of how our students describe this culture, view the virtual tour of the ENE research facilities.
Is this program suitable for people who work full time?
Most of our Ph.D. graduate students in ENE are residential, full-time students. Our program does have a small number of part-time graduate students, as well. Some of these part-time students are self-funded and others are enrolled in a hybrid version of our program. The hybrid option is possible, but requires U.S.-citizenship, high commitment, funding considerations, and strong time-management skills.
What resources are available for networking and job placement?
Our graduates pursue careers in academia, industry, policy/government, as well as self-employment and non-profit. However, the majority of our graduates pursue positions in academia. We have a strong mentoring initiative, a robust faculty and alumni network, and offer several opportunities for professional development including participation in professional societies. Our students engage in professional organizations that help expand their network.
How important is prior research experience, and what other types of experiences are valued in applicants?
It is becoming more common that applicants have prior research experience. As the admissions committee review applications, prior experience provides evidence of potential for success in graduate school. However, prior research is not a requirement as we review all supporting documents holistically. Regardless of your past experience, ensure you are familiar with ENE's research. Visit our website, review the research interests of our tenure-track faculty, check out our Google Scholar profiles, and read our articles.
What qualities do you seek in prospective applicants, and what can make an application stand out?
We want to see that you are familiar with our research so review our website, check out our tenure-track faculty and Google Scholar profiles, and read our articles. We developed a glossary to help spell out key element of strong application essays.
How is funding decided, and am I eligible?
All applicants, whether they are domestic or international, are eligible for funding. Once you submit a formal application, it will be reviewed by our graduate committee. If you satisfy the formal requirements for admission, the committee can recommend your admission. Within our program the admission decision and funding decision are separate. Not all students who are recommended for admission are offered funding. The faculty reviewers decide whether or not an applicant would be acceptable for funding and are responsible for making any offers. You may contact those faculty members whom you are interested in working with to discuss options.
Can I gain admission to the School of Engineering Education without an engineering background?
We have had students admitted into our graduate program whose academic background was not in engineering (e.g., physics, mathematics, sociology, education). There are no formal pre-requisites for admission; however, it is not uncommon for such students to be given a conditional admission, where the condition involves the passing of a certain number of background courses that typically do not count towards meeting degree objectives. Our review process is essentially faculty-driven, so it's a good idea to communicate with faculty in your prospective area of interest to see if your circumstances are favorable for admission. Students without engineering backgrounds should keep in mind that they will be required to take nine credits of engineering courses at the graduate level and honestly self-assess if their past educational background will support them in being successful in graduate engineering courses.