5 Reasons Why Georgia Tech's Chemical And Biomolecular Engineering Program Is A Global Powerhouse In 2025
The School of Chemical and Biomolecular Engineering (ChBE) at the Georgia Institute of Technology (Georgia Tech) continues to solidify its position as a global leader in engineering education and research. As of late 2025, the program is not just resting on its century-old legacy, but is actively pushing the boundaries of what chemical and biomolecular engineers can achieve, from groundbreaking faculty recognition to top-tier national rankings and innovative student-led projects.
The latest updates confirm Georgia Tech ChBE’s elite status, driven by a commitment to interdisciplinary research, equity-centered design, and high-impact technological development. This deep dive explores the five most compelling reasons why this program is a top choice for aspiring chemical engineers and a major source of innovation in the current academic year.
The 2025/2026 Rankings: A New Peak in National Prestige
The Georgia Tech School of Chemical and Biomolecular Engineering has reached a new pinnacle of recognition in the most recent national assessments. These rankings are a testament to the program's rigorous curriculum, world-class faculty, and the caliber of its student body.
Unprecedented Undergraduate Program Ranking
The undergraduate chemical engineering program at Georgia Tech has achieved a remarkably high position in the latest U.S. News & World Report rankings.
- National Rank: The program is ranked No. 2 overall in the nation.
- Public University Rank: Crucially, it stands as the No. 1 chemical engineering program among all public universities in the United States.
This achievement places the ChBE undergraduate experience at the very forefront of chemical engineering education, highlighting its excellence compared to both public and private institutions.
Strong Graduate Program Performance
The momentum extends to the graduate level. The ChBE graduate program is ranked No. 5 nationally. Furthermore, the entire Georgia Tech College of Engineering graduate program maintained its impressive position as No. 4 in the nation for the second consecutive year in the 2025 rankings.
These consistent top-tier rankings underscore the comprehensive strength of the school, from foundational undergraduate studies to advanced graduate research and doctoral work.
Groundbreaking Faculty Recognition: The 2025 Schmidt Polymath Award
The intellectual horsepower of the ChBE faculty is a primary driver of the school's global reputation. The most recent and significant highlight is the recognition of one of its rising stars.
Professor Saad Bhamla: A 2025 Schmidt Polymath
In a major announcement for 2025, Professor Saad Bhamla was named a Schmidt Polymath. This prestigious award is given to a global cohort of scientists and engineers who demonstrate exceptional creativity and interdisciplinary impact.
Professor Bhamla, who was also promoted to Associate Professor in Spring 2024, is recognized for his work that often intersects chemical engineering, biology, and low-cost technology design. His research embodies the "biomolecular" half of the ChBE school's name, focusing on areas like bio-inspired fluid dynamics and creating simple, yet powerful, tools for global health and diagnostics.
This achievement not only elevates Professor Bhamla's profile but also shines a spotlight on the innovative, high-risk, high-reward research culture within the School of Chemical and Biomolecular Engineering at Georgia Tech.
Commitment to Equity and Leadership
Beyond traditional research, the Georgia Tech ChBE program is actively shaping the future of the field by prioritizing leadership and equity in engineering education.
The Thomas A. Fanning Chair in Equity Centered Engineering
ChBE faculty member Martha Grover was recently named the College of Engineering's Thomas A. Fanning Chair in Equity Centered Engineering. This appointment highlights the school's dedication to integrating principles of equity, inclusion, and societal impact into the core of its engineering curriculum and outreach.
Dr. Grover's work in this role will focus on developing strategies and research that ensure engineering solutions and educational pathways are accessible and beneficial to all communities, reinforcing the idea that chemical and biomolecular engineering must serve a greater social good.
High-Impact Research and Student Innovation
The ChBE program is a hotbed for translational research, where fundamental science is rapidly converted into real-world applications. The following highlights showcase the range of innovation happening in the labs and among the students.
The Evapinator and Astronaut Scholars
In a significant student achievement for 2025, a Chemical and Biomolecular Engineering student was named an Astronaut Scholar. The student's current project, dubbed the Evapinator, is a prime example of high-impact biomolecular engineering.
The Evapinator is a low-cost, portable technology specifically designed to preserve biological samples. This kind of innovation is critical for field diagnostics and global health initiatives, demonstrating how ChBE students are leveraging their knowledge to solve pressing global challenges.
Focus on Energy-Efficient Molecular Separation
Core chemical engineering research continues to thrive, particularly in areas critical to sustainability and energy efficiency. The Lively Lab, a key research group within ChBE, has highlighted its focus on developing energy-efficient molecular separation processes.
Molecular separation is fundamental to industries ranging from petrochemicals to pharmaceuticals and water purification. By focusing on efficiency, this research directly addresses the massive energy consumption associated with traditional separation techniques, positioning Georgia Tech ChBE at the forefront of sustainable chemical process design.
A Legacy of Excellence and Future Trajectory
Established in 1901, the School of Chemical and Biomolecular Engineering has a long history of excellence as one of the eight schools in the Georgia Tech College of Engineering.
The school's trajectory into the mid-2020s is marked by a clear commitment to interdisciplinary collaboration. Events like the annual ChBE Graduate Research Symposium bring together industry and academia, fostering a formal environment for recruiting and knowledge exchange, ensuring that the research remains relevant and marketable.
From the top national rankings and the prestigious Schmidt Polymath recognition for Professor Bhamla, to the practical innovation of the Evapinator, Georgia Tech ChBE is clearly excelling across all facets of its mission. The program is not just teaching chemical and biomolecular engineering; it is actively defining its future.
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