MS and PhD Programs

MS and PhD Degrees

Biomedical Engineering. Joseph M. Reinhardt, Departmental Executive Officer. Biomechanics of the spine, low back pain and scoliosis, upper-extremity biomechanics, articular joint contact mechanics, total joint replacement, computational simulation of artificial heart valve dynamics, hemodynamics of arterial disease, mechanical properties of diseased arteries, biomechanics and rupture predication of abdominal aorta aneurysms, solution-perfused tubes for preventing blood-materials interaction, control and coordination of the cardiovascular and respiratory systems, controlled drug delivery, medical image acquisition, processing and quantitative analysis, wire coil–reinforced bone cement, models of cellular processes based on nonequilibrium thermodynamics, tissue engineered vascular grafts, bioinformatics and computational biology, drug/target discovery, gene therapy, development of genomic resources.

Chemical and Biochemical Engineering. C. Allan Guymon, Departmental Executive Officer. Air pollution engineering, atmospheric aerosol particles, atmospheric chemistry, biocatalysis, biochemical engineering, biofilms, biofuels, biomaterials, biotechnological applications of extremophiles, controlled release, drug delivery, engineering education, fermentation, high-speed computing, insect and mammalian cell culture, medical aerosols, microlithography, nanotechnology, oxidative stress in cell culture, photopolymerization, polymer reaction engineering, polymer science, polymer/liquid crystal composites, process scale protein purification, protein crystallography, reversible emulsifiers, spectroscopy, supercritical fluids, surface science, vaccines, virus infection, chemicals from biomass, green chemistry, and sustainable energy.

Civil and Environmental Engineering. Michelle M. Scherer, Departmental Executive Officer. Water sustainability, water quality, flood prediction and mitigation, environmental remediation, air pollution, drinking water quality, bioremediation, biogeochemistry, computational solid mechanics, digital human modeling, design of hydraulics structures, design simulation, hydropower, optimal control of nonlinear systems, optimal design of nonlinear structures, diverse aspects of water resources engineering, rainfall and flood forecasting, thermal pollution/power plant operation, transportation-infrastructure modeling, highway pavements, winter highway maintenance.

Electrical and Computer Engineering. Milan Sonka, Departmental Executive Officer. Sustainable energy, quantitative medical image processing, communication systems and computer networks, sensors and sensor networks, wireless communication, controls, signal processing, parallel and distributed computing systems, large-scale intelligent systems, bioinformatics, photonics, plasma waves, software engineering, design and testing of very-large-scale integrated circuits, nanotechnology, materials, and devices.

Industrial Engineering. Andrew Kusiak, Departmental Executive Officer;. Bio-manufacturing, computational intelligence, informatics, engineering economics, engineering management, financial engineering, health-care systems, human factors and ergonomics, human-computer interfaces, flight simulation, driver behavior, manufacturing processes control and operations operations research applied statistics, optimization of energy systems, reliability, telerobotics,quality control.

Mechanical Engineering. Andrew Kusiak, Departmental Executive Officer;. Biomechanics and biofluids, biology-based design, bio-renewable and alternative fuels, bioengineering, casting and solidification, cloud computation, combustion, chemically reactive flows, computational mechanics, computer-aided analysis and design, dynamics, fatigue and fracture mechanics, fluid mechanics and ship hydrodynamics, fluid mechanics, human organ modeling, heat transfer, materials processing and behavior, multiscale modeling and simulation, reliability-based design, robotics, composite materials, nanotechnology, renewable energy, structural mechanics, system simulation, thermal systems, vehicle dynamics and simulation, virtual prototyping.

Combined Degrees (BS/MS)

Considering biomedical, mechanical, or industrial engineering? Iowa has programs to help graduate students earn simultaneous degrees while they are here. http://grad.admissions.uiowa.edu/academics/combined-degree-programs-engineering

Interdisciplinary Opportunities

Faculty and students in the College of Engineering are involved in a wide variety of interdisciplinary programs.

Interdisciplinary Study & Research