(42) | " (14) | # (1) | ' (2) | 1 (13) | 2 (81) | 3 (12) | 4 (3) | 5 (7) | 6 (1) | 7 (6) | 8 (4) | 9 (5) | A (336) | B (287) | C (819) | D (229) | E (581) | F (223) | G (130) | H (149) | I (210) | J (104) | K (51) | L (89) | M (391) | N (212) | O (73) | P (304) | Q (17) | R (204) | S (491) | T (332) | U (297) | V (39) | W (131) | X (2) | Y (12) | Z (12) | [ (4) | (2) | (1)
  • General Safety at Home

    According to the U.S. Geological Survey, there is a 60% probability of an >6.0 earthquake rupturing on the San Andreas Fault or Newport – Englewood Fault in Southern California (Orange County) within the next 22 years. There are also other possible disasters that could occur such as conflagrations, flooding, hazardous material spills, derailments, transportation accidents, civil disturbances, terrorism orwar.

  • Grad Student Chosen as DARPA Rising Star

  • Global Change and Oceans

  • Grad Student Receives DOE Fellowship

  • Grad Student Wins Best Poster Honors

  • Geoff Darby on Entrepreneurship

  • Graduate

    Who are we?

    The Biomedical Engineering graduate program at the University of California at Irvine is in The Henry Samueli School of Engineering and closely affiliated with the College of Medicine, School of Biological Sciences, and School of Physical Sciences. The program started in 1998 with the launch of the Center for Biomedical Engineering facilitated by a multi-million dollar Development Award from the Whitaker Foundation. There are currently 20 full-time faculty in the program and 61 joint appointments from the various schools listed above. Our research has core technologies in micro/nano medicine, biophotonics, biocomputation, and tissue engineering. The clinical emphases are neuroscience, cardiovascular diseases, cancer, and ophthalmology.

  • Got Questions?

  • Graduate

    Historically, the field of chemical engineering has had a long and rich tradition as one of the core engineering disciplines, built on a solid foundation in chemistry, physics, and mathematics. However, with the maturity of the chemical process industry, chemical engineering is no longer concerned only with flow in pipes, solution chemistry, chemical reactions, and unit operations. Instead, the past decade has seen a revolution in the field, characterized primarily by an increased interest in applying chemical engineering tools and analytical skills to study highly-interdisciplinary problems involving complex systems (e.g., in biotechnology and biological systems) and molecular-level phenomena (e.g., in microtechnology and nanotechnology). Since its inception in 1987, UC Irvine's Department of Chemical Engineering and Materials Science has directed its attention on cutting-edge problems beyond the scope of traditional chemical engineering, a trend now mirrored in most major academic institutions around the world.

  • Graduate Student Named Chancellor’s Club Fellow

  • Graduate Division Commencement

  • Graduate

    The department offers M.S. and Ph.D. degrees in civil and environmental engineering. Faculty members have interest and research expertise in four primary areas: hydrology and water resources systems; structures, geotechnics and materials; transportation systems and environmental and energy systems. Each area has unique degree requirements detailed in the CEE Graduate Handbook.

  • Grad Student Wins Young Author Prize

  • Grant to Fund Stroke Robotic-Recovery Study

  • Green Building

  • Gift From Parker Hannifin Enables Samueli School to Open New "Hands On" Lab for Student Education

  • Graduate Students Win Fellowship Awards

  • Gene Therapy Research Proposal Nets CAREER Award for Chemical Engineering Assistant Professor

  • Gas Turbine Combustion Short Course

  • Graduate Student Receives Biomedical Engineering Society Award

  • General Application Information

    When can I apply?

    Online application for Fall 2020 is available starting September 3, 2019, and will be open until January 15, 2020.  Deadline to pay the application fee and submit the admission application is January 15.

  • Geological Society Selects Famiglietti as Distinguished Lecturer

  • Graduate Programs

    Graduate Programs - ChEMS - Engineering - UC Irvine

    Apply Now

    Historically, the field of chemical engineering has had a long and rich tradition as one of the core engineering disciplines, built on a solid foundation in chemistry, physics, and mathematics. However, with the maturity of the chemical process industry, chemical engineering is no longer concerned only with flow in pipes, solution chemistry, chemical reactions, and unit operations. Instead, the past decade has seen a revolution in the field, characterized primarily by an increased interest in applying chemical engineering tools and analytical skills to study highly-interdisciplinary problems involving complex systems (e.g., in biotechnology and biological systems) and molecular-level phenomena (e.g., in microtechnology and nanotechnology). Since its inception in 1987, UC Irvine's Department of Chemical Engineering and Materials Science has directed its attention on cutting-edge problems beyond the scope of traditional chemical engineering, a trend now mirrored in most major academic institutions around the world.

  • Gregory Washington Named Dean of The Henry Samueli School of Engineering

  • General Department Information

    General Department Information,
    Chemical Engineering
    and Materials Science


    Facilities

    The department has nearly 30,000 sq ft of laboratory and office space in the Engineering Tower. There are extensive facilities for research. The existing laboratories feature highly instrumented and computer-interfaced bioreactors, a peptide synthesizer, ultracentrifuge , UV-IR spectrophotmeter, high performance liquid chromatograph, gas chromatograph, supercritical fluid extraction device, compact equipment for spray atomization, MTS servo-hydraulic system, and UNIX workstations with state-of-the-art software. Students and faculty also have access to University wide resources including high performance computing (C3840 CONVEX computer with 2 gigabytes of physical memory). In addition, the newly formed materials characterization Center (MC2) provides excellent facilities, including optical, transmission and scanning electron microscopy, X-ray diffraction, and metallography facilities, for microstructure and microchemical characterization of materials.

  • GRE Score

    What is the GRE test?

    Click this link for further information: GRE


    Is the GRE test required?

    Yes. The GRE test is required for ALL applicants, domestic or international.


    What is the minimum GRE score requirements for admission?

    There is no minimum GRE score required. The search committee reviews your GRE scores holistically.

  • Get Involved

    We welcome every alumnus to be involved with the department, whether it's a continuation of current involvement or the rekindling of a relationship with CEE@UCI. We warmly welcome you to share your experience, knowledge and expertise with current students.

    You have the opportunity to be an integral part of the CEE@UCI mission to provide students with a broad, fundamental and flexible educational program and to expand engineering knowledge through an active and exciting undergraduate and graduate research program.

Pages