REALIZE-2050 Research Experiences for Undergraduates
You can make a difference this summer by working towards the U.S.'s goal of reducing carbon emissions to zero by 2050.
REALIZE-2050 at the University of Cincinnati (UC) is a 10-week interdisciplinary research training program funded by NSF, aiming to accelerate technology innovations for achieving the U.S. net-zero carbon emissions target by 2050.
REALIZE-2050 (Research Experiences for American Leadership of Industry with Zero Emissions by 2050) is led by 12 faculty mentors from five departments and two colleges. Ten undergraduate students each summer will engage in cutting-edge research on:
- Energy efficiency
- Industrial electrification
- Energy storage
- Low-carbon fuels
- Renewable energy
- Carbon capture/utilization
Through hands-on experience in UC's advanced research facilities, participants will address fundamental challenges in decarbonizing energy generation, manufacturing, infrastructure, and transportation, gaining a comprehensive understanding of global climate change mitigation.
Emphasizing convergent research approaches, students will explore multiple aspects of decarbonization technologies, evaluate their feasibility and impacts, and share their findings through podcasts to increase public awareness of scientific contributions to decarbonization efforts. Leveraging UC's proximity to U.S. manufacturing hubs, the program aims to deepen students' understanding of industrial decarbonization through innovative manufacturing initiatives.
2024 Program Features
- You will receive a stipend of $700 per week.
- Housing is provided (up to $3000 value).
- You will receive travel reimbursement up to $500.
- Summer experiences will include trips to museums, seminars on professional development, and research training.
- You will learn how to make a podcast to report your results.
Important Dates
- Application deadline: April 26, 2024
- Notification of acceptance: May 8, 2024
- Program date: May 29 - August 2, 2024
Eligibility Requirements
To apply for this REU site, an applicant must meet the following criteria
- U.S. citizen or Permanent Resident;
- An undergraduate student at the time of the REU participation;
- Major in Mechanical Engineering, Materials Science, Chemical Engineering, Architectural Engineering, Chemistry, Physics, Biology, or related fields;
- a GPA of 3.3 or higher.
Applications are open to all who meet the criteria above. Students who are from underrepresented groups in engineering (including women, African Americans, Hispanics, Native Americans, Pacific Islanders, and persons with disabilities) and students who are from academic institutions with limited research opportunities in STEM are strongly encouraged to apply.
Contact
Ying Sun,
Herman Schneider Professor, Director of Research and Strategic Initiatives
513-556-7620
Name | Position/Discipline | Theme |
Ying Sun | Prof./Mechanical Eng. (ME) | Energy storage |
Eric Payton | Assoc. Prof./Materials Sci. & Eng. (MSE) | Low-carbon fuels |
David Reeping | Assi. Prof./Engineering Education | Program evaluation |
Kishan Bellur | Assi. Prof./Mechanical Eng. (ME) | Low-carbon fuels |
Junhang Dong | Prof./Chemical Eng. (ChE) | Low-carbon fuels |
Jianbing Jiang | Assoc. Prof./Chemistry | Energy storage |
Milind Jog | Prof./Mechanical Eng. (ME) | Energy efficiency |
Raj Manglik | Prof./Mechanical Eng. (ME) | Energy storage |
Annette Rowe | Assi. Prof./Biology | Low-carbon fuels |
Matt Steiner | Assi. Prof./Materials Sci & Eng. (MSE) | Electrification |
Sarah Watzman | Assi. Prof./Mechanical Eng. (ME) | Renewable Energy |
Amanda Webb | Assi. Prof./Architectural Eng. (AE) | Energy efficiency |
Jingjie Wu | Assoc. Prof./Chemical Eng. (ChE) | Carbon utilization |