Afeefa Rahman is a research assistant and a PhD candidate in the Department of Civil and Environmental Engineering at the University of Illinois Urbana-Champaign. With a background in water resources engineering and professional experience as a lecturer from Bangladesh University of Engineering and Technology in Bangladesh, her research is focused on solving one of the most critical challenges of our time—freshwater security. Her innovative work in developing a sustainable method of water vapor capture from the atmosphere above the ocean surfaces is contributing to groundbreaking advancements in the field. Read on to learn more about Afeefa’s journey, her role at Prairie Research Institute (PRI), and the advice she has for future environmental engineers in this latest edition of People of PRI.
Q&A with Afeefa Rahman
Q: Can you tell us about yourself and your role at PRI?
A: I’m Afeefa Rahman, and I'm currently working with Praveen Kumar, the executive director of PRI, and collaborating with direct water vapor capture. My role involves developing an experimental setup to capture and condense water vapor, as part of a broader effort to address freshwater scarcity. This project presents an opportunity for potential collaboration with Chinmoy Baroi at Illinois Sustainable Technology Center. With a background in Civil and Environmental Engineering, I’m passionate about exploring sustainable solutions for freshwater production and advancing research in this field.
Q: What drew you to your area of work or study?
A: My passion for solving global freshwater challenges was inspired by my experiences growing up in Bangladesh, where water management is a significant concern. I wanted to contribute to sustainable solutions for water scarcity, and my academic training in Civil and Environmental Engineering led me to focus on innovative methods like water vapor capture. This work allows me to combine technical expertise with my dedication to addressing critical environmental issues.
Q: What tools are indispensable to your work?
A: Several tools are critical to my research. Computational modeling software like PALM helps simulate fluid dynamics and optimize the design of water vapor capture systems. I also rely on lab instruments to measure humidity, temperature, and fluid flow for experimental validation, and data analysis tools like Python are essential for processing and analyzing trends. Together, these tools enable me to develop effective solutions for freshwater security.
Q: What questions do you get asked most frequently about your career?
A: The most common questions I get include:
- What inspired you to focus on freshwater security?
- How does your research help solve water scarcity issues?
- What challenges do you face in your research?
- How do you balance academic research with family life?
- What career opportunities exist in environmental engineering?
- Will you pursue a career in academia or industry after completing your PhD?
Q: What advice would you give to those just starting out in your field?
A: Stay curious and open to new ideas. Environmental engineering is constantly evolving, and embracing innovation and continuous learning helps you stay ahead and make a meaningful impact.
Q: What do you do in your free time?
A: I enjoy spending time with my family, especially with my young child—it’s a joyful and rewarding experience. I also like reading, watching movies, trying new recipes, and taking nature walks. Balancing family life with my work brings me a sense of fulfillment and relaxation.