Graduate Admissions

Graduate Admissions

The Engineering School of Sustainable Infrastructure and Environment (ESSIE) is comprised of two departments – the Department of Civil & Coastal Engineering and the Department of Environmental Engineering Sciences. The Department of Civil & Coastal Engineering houses two program areas, Civil Engineering and Coastal & Oceanographic Engineering. Applicants apply to a program and therefore, if an applicant is interested in more than one program, the applicant will need to submit a new application for each program they wish to apply.

Civil and Coastal Engineering

The Department of Civil and Coastal Engineering offers graduate study and research opportunities in the following areas: Coastal & Oceanographic, Coastal Ecosystem Dynamics, Engineering Education, Geosystems, Materials & Pavements, New Infrastructure Planning, Structures, Sustainable Construction, Transportation and Water Systems. Research may involve theoretical developments, physical testing, and computer modeling. The department’s entire research program is directed toward engineering for the public benefit.

Environmental Engineering Sciences

The Department of Environmental Engineering Sciences offers graduate study in the following areas: Air Resources, Ecological Systems, Engineering Education, Environmental Nanotechnology, Water Systems. Students graduating from the program will demonstrate depth in individual focus areas as well as breadth of core knowledge concepts in all areas.

General Admission Requirements

Due to current admission examination testing difficulties amid the COVID-19 pandemic our Department of Civil and Coastal Engineering and Department of Environmental Engineering Sciences, in sync with the UF Graduate School, are waiving the GRE requirement for applicants seeking Fall 2020, Spring 2021, Summer A/B/C 2021, or Fall 2021 admission. This temporary emergency waiver applies only to admission for those four semesters.

Submission Deadlines

The UF online application and all required application materials must be received by UF by the following deadlines:

U.S. Applicants
Summer (only Distance EDGE program)
Master’s & Ph.D.
June 1
November 15
March 31
Priority funding consideration, Ph.D. only
December 5
International Applicants
Summer (only Distance EDGE program)
Master’s & Ph.D.
March 1
September 1
March 1

International applicants, please visit our International Students page for the admissions checklist.

Note: We recommend that you submit your Graduate admissions application (link below) BEFORE submitting your official test scores and transcripts. You should NOT submit your test scores and transcripts to the department.

Please submit them directly to:
UF Office of Admissions
201 Criser Hall
P.O. Box 114000
Gainesville, FL 32611
(352) 392-1365

Admissions Checklist

Please read this entire section BEFORE redirecting the page to apply for admissions.

  • Statement of Purpose: Please indicate the faculty who you are interested in working with and if you have secured any outside funding in this statement.
  • Three Letters of Recommendation: Submit recommendations ONLY through the online application (no hard copies accepted).
  • 3.0 Upper-Division GPA: Applicants must provide their upper-division GPA calculation. Include all courses after 60 credit hours that were earned toward your bachelor’s degree.
  • Official Transcripts: You must submit official transcripts from each institution that you indicate on your application to the UF Office of Admissions. For some US applicants, transcripts may be forwarded electronically by an institution if there is an agreement with the University of Florida. Upload your unofficial transcripts within the online application to expedite your application.
  • Official Test Scores
    Submit all scores directly to the UF Office of Admissions.

    • GRE: Required unless using the FE/PE to apply for a non-thesis master’s degree program or if you are applying to EES and have a previous graduate degree from a regionally accredited U.S. institution.
      • Verbal required score = 140
      • Quantitative recommended score = 157
    • FE/PE (Optional) – can be used in lieu of the GRE for non-thesis master’s degree programs. You must obtain a verification link from NCEES and forwarded it to the department for processing.
    • For International Applicants only: English Language Proficiency Test
      TOEFL required score=80 or IELTS required score = 6.0.
      For exceptions for this requirement, see the UFGrad School policy regarding “International students,” “English Proficiency.”
  • Resume (optional)
  • Background Courses
    • At least one year (two semesters or three quarters) of calculus.
    • One semester of physics and one semester of biology; or at least one year (two semesters or three quarters) of physics; or at least one year (two semesters or three quarters) of biology.
    • Computer competency
    • CCE Applicants also must have at least one semester of chemistry.
    • EES Applicants also must have at least two semesters (or three quarters) of chemistry.
  • Graduate Admissions Application
    If you are interested in being considered for both our Ph.D. program as well as our Master’s program you must submit an online application for each program. Each application will be reviewed separately and you will receive an admissions decision letter for every application you have submitted. You will need to visit UF’s Graduate Application page to apply online. Include the following information:
    • College: EG
    • Program: Civil Engineering (CE); Coastal and Oceanographic Engineering (COA); or Environmental Engineering Sciences (EES)
    • Research/Specialization: A specialization is required to have your application reviewed by faculty.
    • Approximately 24-48 hours after submitting an application, the applicant will receive an email with information on how to set-up the check status page. Once it has been set-up the applicant should check it regularly as the UF Office of Admissions could request additional items that are needed for credential clearance. Once all requested documents have been received, reviewed and cleared by that office, the department can then proceed with finalizing your application decision.

Second time applying? If you applied previously and you were unsuccessful in gaining admission, we will consider a new application from you if something from your previous application has significantly change and you feel you are a more competitive applicant. You should include an explanation in your statement of purpose as to why you feel your application should be reconsidered for admission and what has changed. Our review takes into consideration all aspects of the required documents. For example, while you may have improved your test scores, your application may not still be competitive based on all other supporting documents. If nothing has changed, we do not encourage application to reapply to our programs as you will receive the same result. Instead, we want to encourage you to look at other programs that the University of Florida offers that may be more suitable and competitive for you.

Funding Opportunities

Our funding is awarded by each individual faculty member. Students are selected by the faculty member based on their educational background, skills and experiences and needs of the specific project. Faculty will only discuss funding with those who apply and are admitted to our program. The number of assistantships vary year to year based on project availability and typically only students seeking a PhD are funded, although a few Master’s students may also be awarded. Projects funds are disbursed throughout the year and it is not unusual for a faculty member to be seeking to fill PhD positions after the posted deadlines. Therefore, applicants are encouraged to submit an application even if it is after the priority funding consideration deadline.

Civil Research Opportunities

Construction - Human-Robot Collaboration

Faculty Member Name: Eric Jing Du

Faculty Email:

Faculty Phone: (352) 294-6619

Faculty Website:

Faculty Message to Applicant: Please send your CV and a short research statement directly to Dr. Eric Jing Du at

Target Degree Level: Ph.D.

Semester Available: Spring

Year Available: 2021

Position Requirements:
To work on an NSF-funded project to study Human-Robot Collaboration in Emergency Response. Specific responsibilities include:

• To work with other PhD students on VR model developments (Unity development; C# preferred);
• To lead a user requirement study about the automation technology needs in emergency response;
• To assist the neuroimaging analysis (EEG and fNIRS);
• To lead and participate in disseminating the results via publications.

Position Description: Two (2) Ph.D. RA positions are available immediately in the Integrated Computing and Intelligent Construction (ICIC) Lab, in the Department of Civil Engineering, University of Florida. to work on a funded research project to investigate the use of Virtual Reality (VR) for Human-Robot Collaboration training and analysis. The expected start date is January 15, 2021. The student’s advisor will be Dr. Eric Jing Du. The work will be interdisciplinary by nature, spanning over Virtual Reality, cognitive science, robotics and automation, and civil engineering.

Previous degrees in Computer Science, Industrial and System Engineering, Mechanical Engineering, Electrical Engineering, Civil Engineering, or related fields. Other general requirements for PhD admission (GRE is waived) please refer to:

Interests and experiences related to:
1) Virtual Reality (Unity game engine);
2) Robotics and Automation;

Competitive stipend, full tuition waiver, and healthcare. Room & board expenses will be covered for research travels (conferences, data collections).

Human-Technology Frontier

Faculty Member Name: Dr. Denise R. Simmons, PE, PMP, LEED-AP

Faculty Email:

Faculty Phone: (352) 294-6967

Faculty Website:

Faculty Message to Applicant: The Simmons Research Lab (SRL) at the University of Florida has fully-funded positions for graduate students with a BS degree in civil engineering (MS degree preferred) who are interested in pursuing workforce development research. Students must be able to effectively communicate with industry professionals especially those in the construction industry and transportation sectors. At the Simmons Research Lab, we work to pursues workforce research characterizing, expanding, sustaining, measuring and training the technical and professional civil engineering workforce in the US. For example, our recent work includes creating AI domain experts in civil engineering. The broader impact of this work lies in achieving and sustaining safe, productive, and inclusive project organizations composed of engaged, competent and diverse people. Four research themes: 1. Building the human-technology partnership 2. Augmenting human performance 3. Illuminating the socio-technological landscape 4. Fostering lifelong learning

Target Degree Level: Ph.D.

Semester Available: Open until filled

Position Requirements: Prior research experience is not required, but would be preferred. Responsibilities include but are not limited to:
• Conduct literature reviews
• Collect and analyze data
• Prepare materials for submission to granting agencies and foundations
• Prepare interview questions
• Recruit and/or interview subjects
• Maintain accurate records of interviews, safeguarding the confidentiality of subjects, as necessary
• Summarize interviews
• Provide ready access to all data for the faculty researcher and/or supervisor
• Request or acquire equipment or supplies necessary for the project
• Manage and respond to project related email
• Prepare, maintain and update website materials
• Supervise undergraduate students working on the research project (maintaining records on assignment completion, acting as liaison/mediator between the undergraduate students and the faculty researcher)
• Attend project meetings
• Attend area seminars and other meetings as necessary
• Summarize project results
• Prepare progress reports
• Prepare other articles, reports and presentations
• Write and contribute to publications
• Develop research protocols
• Track progress over time
• Assist with preparation of all educational and training workshops and evaluation strategies
• Perform miscellaneous job-related duties as assigned

Position Description: Eligibility: Various funding sources are available that would support both U.S. citizens and non-US citizens. Students who will earn a BS degree in civil engineering within the next 18 months or a MS degree within 6 months are welcome to apply. The earlier you apply, the greater the opportunity you will have to participate in early recruitment events and apply for funding.

If you are interested in this opportunity to pursue a PhD in civil engineering, please send via email ( no more than one page describing:

1. What problem you want to address
2. How that problem is connected to the work of my research group
3. Why the problem is important
4. How you plan to address the problem.

Please also attach:
1. Your resume
2. One relevant writing sample.

Use “Graduate Student Interest in SRL” in the subject line.

Structural Engineering

Faculty Member Name: Arthriya Subgranon

Faculty Email:

Faculty Phone Number: (352) 281-1896

Faculty Website:

Interested applicants should email statement of interest, CV/resume, and unofficial transcripts to Dr. Arthriya Subgranon,, to set up an interview.

Target Degree Level: Masters or Ph.D.

Semester Available: Open until filled

Year Available: 2021

Position Requirements: The ideal applicant should have a background in civil engineering with a strong interest in structural engineering. Students with a background in computer science and interest in designing resilient and sustainable communities are also encouraged to apply. Applicants must have excellent analytical and communication skills. Knowledge of programming and statistics is a plus. Applicants from underrepresented groups are particularly encouraged to apply. Assistantships include a stipend, tuition, and benefits.

Position Description: The goal of our lab is to utilize civil engineering knowledge to achieve sustainable development. An engineering problem that interests our lab is, “How can we design the built environment to enhance people’s lives under constraints on environmental impacts and economic viability?”. This question has inspired our lab to develop risk mitigation strategies through design frameworks that can effectively and economically enhance structural integrity. Research explores the integration of optimization methods with data-driven performance assessment frameworks that enable an explicit propagation of uncertainty through computational models entailing hazard analysis, aerodynamic analysis, structural analysis, damage analysis, and loss analysis.

Graduate students will have an opportunity to develop optimal decision-making tools that help advance the state-of-the-art and state-of-the-practice in structural engineering. Students will develop frameworks to assess the performance over the lifespan of the structure and explore solution strategies that will enhance the resilience and sustainability of communities. Current research in this lab largely involves simulations and computational approaches. However, there are opportunities for experimental validation and collaboration with field researchers.

Transportation Engineering

Faculty Member Name: Siva Srinivasan

Faculty Email:

Faculty Website:

Faculty Message to Applicant: This information is posted on behalf of all Transportation Faculty Members

Target Degree Level: Ph.D.

Semester Available: Open until filled

Year Available: Fall 2021 and beyond

Position Requirements: We are looking for students with strong analytical capabilities (one or more of statistics, big data analytics, optimization, simulation, machine learning, modeling, programming, GIS) and excellent written and oral communication skills interested in addressing various current and future transportation problems. Students from a variety of undergraduate/masters disciplines including Civil, Electrical, Mechanical, or Industrial and Systems Engineering, Computer Science, Urban Planning, and Economics will be considered based on interests and expertise.

Position Description: The Ph.D. program in Transportation Engineering at UFTI offers students exciting opportunities to work on cutting-edge inter-disciplinary research on the theory of traffic flow, simulation and optimization of transportation systems, traveler behavior, infrastructure design and monitoring, transportation big data analytics and machine learning, emergent technologies such as electric/automated vehicles, new travel modes such as micro-mobility and ride-hailing, dynamic traveler information systems, and safety, sustainability and resilience of multi-modal transportation systems. Students could work on projects involving real-world deployments in the I-STREET testbed in Gainesville. Funding for doctoral students comes from various sources such as Florida Department of Transportation, Federal Highway Administration, the University Transportation Centers, and the National Science Foundation.

Coastal Research Opportunities

There are no opportunities available at this time.

Environmental Research Opportunities

Computational Biogeoscience

Faculty Member Name: Kathe Todd-Brown

Faculty Email:

Faculty Website:

Interested applicants should email Dr Todd-Brown a copy of their CV and a brief cover letter outlining their interests (please include your specific research interest) and suitability for the assistantship.

Target Degree Level: Ph.D.

Semester Available: Open until filled

Year Available: 2021

Position Requirements: The ideal applicate should either have a background in mathematics/computer science with a strong interest in soils. Students with a background in soils and interest in computational work are also encouraged to apply. Applicants must have excellent written and oral communication skills. Applicants from underrepresented groups are particularly encouraged to apply. Assistantships include stipend, tuition, and benefits.

Position Description: Our lab focuses on predicting soil biogeochemical dynamics under a changing climate. Research focuses on soil carbon dynamics from the pore to global scale, spanning systems from coastal marshes to dry grasslands to boreal forests. We develop new models that explicitly represent the biological, chemical and physical processes governing soil biogeochemistry, as well as model analysis and benchmarking for conventional models. We also support international efforts to increase data interoperability and harmonization, including ontology development and creation of integrated data products.

Graduate students will have a large degree of freedom to choose their research topic provided the topic can be related to model development or soil informatics. Students with targeted research interests are particularly encouraged to apply. Research in this lab is compute driven. However, there are opportunities to collaborate with field and bench scientists, and students should expect to interact regularly with non-computational researchers.

Water Systems

Faculty Member Name: Katherine Deliz

Faculty Email:

Faculty Phone:
(352) 846-3913

Faculty Website:

Target Degree Level: Ph.D.

Semester Available: Open until filled

Year Available: 2021

Position Requirements:
The strongest candidates are team players with a science or engineering background (preferably in environmental, chemical and biological fields), field sampling and laboratory experience, and strong analytical and technical writing skills.

Interested candidates are encouraged to send Dr. Deliz a brief statement of interest summarizing research experience and career goals, a CV including relevant courses and GPA, and the contact information of at least 2 references at

Position Description: Dr. Katherine Deliz Quiñones, a Research Faculty in the Department of Environmental Engineering Sciences at the University of Florida is seeking a talented and motivated PhD student to work on a 3-year fully funded EPA-STAR project, to help build resilience in vulnerable communities. Overall, the study will assess how flooding, caused by extreme weather events in Florida, affects the migration of per- and polyfluoroalkyl substances (PFAS) from contaminated sites to nearby communities, and the societal factors that could exacerbate the exposure risk and potential health outcomes of vulnerable groups in the population.

The selected candidate is expected to participate in fieldwork, laboratory experiments, and use of advanced analytical equipment to investigate occurrence, source, fate and transport of PFAS in the environment, and their sorption, desorption and partition coefficient under changing environmental conditions.

The candidate will also have an opportunity to collaborate with non-for profit organizations and other graduate students in community engagement and modeling efforts for the project.

Additional Funding Opportunities

Additional Resources