The recent revolutionary advances in nanoscale science and molecular biology open exciting new avenues for developing new materials, biological products, and medical therapeutics. At the same time, economic and social forces are driving a transition towards more sustainable and environmentally-friendly production methods.
Chemical and biomolecular engineers are uniquely qualified to play leading roles in these revolutions. For more than a century, we have been very successful in developing and refining the tools necessary for translating molecular-level discoveries into new and cost-effective products. To meet the challenges of the new century, however, we must integrate molecular biology and nanoscale science into the scientific foundation of our discipline. This expanded knowledge base will enable us to engineer new products by scaling up processes from the molecular to the system level.
To achieve these goals, our department is continually working to develop and enrich an integrated research and educational program aiming at:
The targeted research areas provide many opportunities for interdisciplinary research that emphasizes a combination of theoretical, computational, and experimental approaches. This culture of collaboration is an integral part of our departmental tradition. Starting with its involvement in the emerging petrochemical industry in the 1920βs and continuing with its pioneering work on artificial heart devices in the 1960βs, our department has a long history of successfully tackling multidisciplinary problems and expanding the reach of chemical engineering to new areas.