Penn State University Offers Fully Funded PhD in Advanced Engineering Research
Penn State University is seeking motivated students for fully funded PhD positions starting in Fall 2026. These doctoral opportunities focus on cutting-edge research at the intersection of structural engineering, advanced materials, automated construction, and artificial intelligence-assisted simulation. The positions are based at the University Park campus and will be supervised by Dr. Botong Zheng, who holds appointments in both the Department of Civil and Environmental Engineering and the Department of Architectural Engineering.
Successful candidates will receive full financial support, including competitive graduate assistantship packages and funding tied to research projects. They will also gain access to Penn State’s extensive research facilities and have the chance to collaborate with leading experts in the field. This program is designed for students passionate about tackling complex engineering challenges and advancing the future of infrastructure and construction technologies.
About Dr. Zheng’s Research Group
Dr. Botong Zheng’s research group integrates experimental work, computational methods, advanced materials, and intelligent technologies to address significant engineering problems. The group prioritizes pioneering and impactful research over simply increasing publication numbers. Students joining this team will work on innovative projects that aim to shape the future of infrastructure, construction, materials engineering, and structural systems. Research activities often span multiple disciplines and involve collaborations with other institutions and federally funded programs, both within the United States and internationally.
What the Fully Funded PhD Position Includes
The fully funded PhD positions at Penn State offer substantial benefits to selected students. This includes complete financial coverage for doctoral studies, supported by competitive graduate assistantship packages and project-specific funding. Students will have access to world-class research facilities and laboratories, along with opportunities to collaborate with prominent researchers and industry partners. The research environment is structured to help students develop deep technical knowledge while addressing real-world engineering issues.
Furthermore, the program encourages multidisciplinary research. Depending on project needs and available funding, students may engage in federally funded initiatives, multi-institutional collaborations, interdisciplinary engineering projects, large-scale infrastructure testing, and studies in advanced manufacturing and automated construction. This broad exposure ensures a well-rounded and impactful doctoral experience.
Key Research Areas and Technical Focus
The research group is particularly interested in candidates with strong backgrounds in either experimental, fabrication, and hands-on research, or in computational modeling, programming, and AI-assisted simulation.
Experimental, Fabrication, and Hands-On Research
For students drawn to experimental work, projects will involve advanced materials, automated construction systems, and infrastructure-scale testing. Relevant experience includes structural laboratory testing, experimental design, instrumentation, data acquisition, automated fabrication, material characterization, and infrastructure testing. Candidates with practical lab experience and strong problem-solving skills are highly encouraged to apply.
Computational Modeling, Programming, and AI-Assisted Simulation
Students interested in computational research will focus on advanced modeling and simulation techniques for materials, structures, and construction systems. Expertise in programming, finite element modeling, computational mechanics, numerical simulation, artificial intelligence, machine learning, digital twins, and data-driven engineering methods is valuable. Applicants with strong coding abilities and experience with computational tools will be highly considered.
Potential Research Directions
The research group explores a wide range of topics, offering students diverse avenues for their doctoral studies. Potential research directions include advanced structural materials, automated construction and robotic fabrication, large-scale structural testing, and smart infrastructure systems. Students may also delve into AI-assisted engineering simulations, computational mechanics, and infrastructure resilience under extreme conditions. Other areas of focus include material microstructure modeling, long-term infrastructure performance, data-driven structural engineering, sustainable construction technologies, and intelligent monitoring systems.
Expectations for PhD Students
Penn State seeks PhD students who are driven to become independent researchers and future leaders in academia, industry, or government research. All doctoral candidates are expected to build strong capabilities in research analysis, technical communication, and independent research. This includes designing research methods, analyzing data, drawing conclusions, and presenting findings effectively through scientific writing and conference presentations. Students should also be prepared to quickly learn new skills, work independently, solve complex problems, and contribute original ideas. The group values intellectual curiosity, technical excellence, and a commitment to long-term impact.
Who Should Apply?
This opportunity is ideal for students who want to pursue a research-intensive PhD and aspire to become experts in structural engineering and advanced technologies. It suits individuals who enjoy solving challenging engineering problems, possess strong analytical and technical skills, and are interested in both theory and practical application. Applicants seeking to contribute to innovations that can transform the infrastructure and construction industries will find this program particularly rewarding. The position is especially well-suited for those interested in bridging experimental engineering, computational science, and artificial intelligence.
Application Process
Since the regular Fall 2026 graduate admission deadline has passed, interested applicants must first complete a research group screening process. Candidates should submit their materials through the designated screening form.
Required Application Materials
Applicants must provide a completed screening form, a Curriculum Vitae (CV), and a Statement of Research Interests. The CV should detail educational background, research experience, technical skills, publications, and achievements. The Statement of Research Interests, limited to two pages, should clearly outline research interests, preferred research direction, relevant skills, previous experiences, academic strengths, career goals, and reasons for applying to Dr. Zheng’s group, explaining how their background aligns with the group’s research focus. Specific examples demonstrating readiness for advanced doctoral research are encouraged.
Frequently Asked Questions
What is the deadline for the fully funded PhD positions at Penn State?
The regular graduate admission deadline has passed, but interested applicants should complete the research group screening process.
What financial support is provided for the PhD students?
The positions are fully funded, including competitive graduate assistantship packages and project-specific funding.
What are the main research areas for this PhD program?
Research areas include advanced structural materials, automated construction, AI-assisted simulation, and smart infrastructure systems.
What materials are required for the application screening process?
Applicants need to submit a screening form, a Curriculum Vitae (CV), and a Statement of Research Interests.
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