A recent faculty roundtable discussion was held with three of our Chemical Engineering Faculty members. Professor & Chair Andrea Hodge, Professor Nicholas Graham, and Professor Luis Francisco Villalobos join us to discuss the courses they teach, the research they conduct, and the discipline of Chemical Engineering at USC Viterbi
While many students choose a primary degree in Chemical Engineering with no added specialization, we also offer the opportunity to deepen your education in four emphasis programs: Biological and Pharmaceutical, Energy & Sustainability, Materials, Petroleum & Subsurface.
Students who choose a degree in chemical engineering will study the chemical processes involved in converting raw materials into products we use every day ranging from life-saving medicines, to food, to consumer products and more. Students will learn to analyze, model, and design complex processes where physical, chemical, or biochemical transformations are used to produce products and services for a healthier, safer, sustainable future.
The biological and pharmaceutical emphasis prepares students to apply their education to the needs of the biotechnology, biomanufacturing, and pharmaceutical industries.
Students will learn about topics such as how to design bioreactors for natural product manufacturing, how to develop nanopharmaceuticals, and how to apply their process control expertise to pharmaceutical manufacturing.
The energy & sustainability option explores critical issues in the transition of chemical and energy systems to a sustainable future. In this emphasis, students will learn about emerging sustainable energy technologies, the interplay between chemical processes and the environment, and the fundamental tools for geothermal energy generation and carbon sequestration.
The materials emphasis introduces students to the concepts necessary to apply their training to problems in materials selection, design, and manufacturing. In this emphasis, students will learn about topics such as polymer chemistry and physics, machine learning approaches to material design, and materials nanotechnology.
The petroleum & subsurface option is the most appropriate for students that are interest in the fundamental engineering concepts necessary to access natural resources below the surface of the earth including petroleum, natural gas, and geothermal energy. It explores topics such as subsurface flow, modeling reservoirs and aquifers beneath the surface, and accessing subsurface resources.
Researchers in the Mork Family Department of Chemical Engineering and Materials Science are at the forefront of investigations that will aid in emerging technologies. Research areas include technologies that impact oil and gas performance and maximize the world’s fossil fuel supply, the latest polymers and composites, and ways to remediate contaminated soils. In addition, researchers are creating new technologies for more efficient, environmentally sensitive future. The Mork Family Department is well-equipped for experimental research with modern instrumentation located in core laboratories across campus, including NMR spectrometers, electron microscopes, surface analysis instrumentation, and nanofabrication tools located in clean room space.
Research highlights within the department include: Nanobioparticle engineering, membrane separation, membrane reactors, molecular modeling and simulation, nano, bio, and photonic materials, immunoengineering for cancer therapy, modeling oil and gas reservoir performance, microfluidics for nanomaterial synthesis and bioanalysis, and much more!
Check out some recent developments from our Chemical Engineering Department.
The over-arching mission of the Armani research lab is to develop advanced materials and integrated optical devices that can be used in portable disease diagnostics and telecommunications. They combine optics and material synthesis to enable biological and chemical detection as well as therapeutic development.
Dr. Ershaghi is an expert in what happens beneath our feet. His research related to petroleum engineering and oil recovery includes interests in Smart Oilfield Technologies, Naturally Fractured Reservoirs, Pressure Transient Modeling, and Reservoir Characterization and Compartmentalized Systems.
Her research group is interested in studying the mechanism and kinetics associated with initiated chemical vapor deposition (iCVD) of functional polymers onto structured materials and liquid surfaces. The iCVD process eliminates the need for organic solvents, offering a safer and cleaner alternative.
Research in the Malmstadt laboratory focuses broadly on the topic of engineered interfaces. We study this both in terms of the central interface in biology—the cell membrane—and in microfluidic systems, where fluid-fluid and fluid-solid interfaces play key roles in system performance.
Learn more about the cool faculty and amazing research being done at the Mork Family Department of Chemical Engineering & Materials Science
Your future with a degree in Chemical Engineering can see you pursue a number of future career paths at companies serving a variety of industries.
Whether you have always known “what you want to do when you grow up” or are hoping to find out, we are here to help you plan for your future beyond USC. We provide dedicated career services starting in your first year to help you find internships, co-ops, and full-time positions post graduation.
We want students who like to work hard – both in and out of the classroom. Our students know that going to college is more than attending class and completing assignments. College is about making connections and joining a community of dedicated students, faculty, staff, and alumni. Our students want to work and play with people as interesting as they are, and we have a number of ways for you to do the same.
Your life can be designed how you like it. Join a design team like SC Solar Car. Get professional experience with American Institute of Chemical Engineers. Keep making art with Corpus Callosum. On this page, we have a few student organizations we think you might be interested in, but there are so many more you can get involved in!
Through various events, students gain clarity of their chosen field of study and the opportunities that being a CHE major brings. Weekly study nights and social outings make AIChE a tight group of students within the larger Viterbi community.
Students and professional mentors work together to deliver critical infrastructure projects to rural communities in developing countries. For each project, EWB collaborates with the local community members to design and implement sustainable engineering projects.
Students with an interest in Petroleum Engineering can gather together for professional and academic opportunities. From research to minors to student organizations and internships, SPE provides a space for our Petroleum Engineers.
This area of the Viterbi School is just one of the many areas of Engineering & Computer Science. Beyond this area of study, we have ten academic disciplines spread across eight departments to make up more than thirty majors and areas of emphasis. Take some time to explore all of your interests before you apply by clicking on any area below.
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