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Masters of Science, Biomedical Engineering M. Masters of Science, Chemical Engineering M. Biomedical engineering thesis paper of Science, Engineering M. Doctor of Philosophy, Chemical Engineering Ph.
The Department of Chemical and Biomedical Engineering, with fourteen active tenure-track faculty members, approximately undergraduates, and nearly fifty graduate students, has one of the oldest doctoral-granting programs in the university.
From the initial doctoral degree inthe graduate course program has been based on advanced chemical engineering fundamentals, while the research program has reflected a balance of fundamental research areas and their application to relevant technological areas such as biomedical, bioengineering, catalysis, coal conversion, energy, fuels, materials, polymer processing, systems control, and dynamic simulation.
Areas of Research The Chemical and Biomedical Engineering faculty are presently involved in a broad spectrum of research areas which include biomedical and biochemical engineering, systems biology, cancer, bionanotechnology, biomaterials, stem cell technology, dynamic simulation, control systems, molecular dynamics, polymers and biopolymers, catalysis, energy, hydrates, fuels, fuel cells, low-dimensional and high-temperature electronic materials, and reaction engineering.
These research activities impact economic development, national security, the stability and sustainability of the energy supply, and many quality-of-life issues. Faculty members possess a wide variety of industrial experience and are routinely in contact with their counterparts in industry.
This contact with real engineering problems enables them to convey a practical experience to students while keeping in perspective many of the fundamental concepts involved in graduate study. The faculty is nationally and internationally recognized through the publication of text books, monograph series, and technical papers.
They routinely participate in national and international conferences and advisory meetings. In addition, faculty members have taught short courses throughout the United States and abroad. Faculty Richard Turton - Ph. Natural gas hydrates, Sustainable energy development, Molecular dynamics, Quantum chemical calculations Debangsu Bhattacharyya - Ph.
University of Delaware Berry Professor. Tsinghua University Statler Energy Chair. Nanomaterials, Bionanotechnology, Biomimetics David J.
University of Texas at Austin Neuromuscular biomechanics; Aging, injury, and disease-related mobility impairments; Rehabilitation engineering; Musculoskeletal modeling and simulation Margaret F. West Virginia University Carbon dioxide capture and storage CCS in various geologic media, utilizing carbon dioxide in gas hydrate reservoirs, petroleum reservoirs and geothermal reservoirs for enhanced gas, oil and heat recovery Research Associate Sushant Agarwal - Ph.
University of Delaware Laura F. Keller, II - Ph. University of Surrey, U. Electrical and Electronic Engineering Scott M.
University of Alberta Neuroscience Joshua A. University of Alberta Neuroscience Eung H. Princeton Biochemical and Chemical Engineering, Nonlinear Dynamics For specific information on the following programs, please see the links to the right: Mathematical Methods in Chemical Engineering.
Classification and solution of mathematical problems important in chemical engineering.
Treatment and interpretation of engineering data. Analytical methods for ordinary and partial differential equations, including orthogonal functions and integral transforms.BME Biomedical Measurements 3.
Prerequisite: BME Majors. This course will introduce students to modern topics in biomedical engineering and areas of emphasis in the biomedical engineering curriculum through the study and use of biomedical measurement tools. BMME H/H — Senior Honors Thesis in Biomedical Engineering.
A Senior Honors Thesis is an independent research project that is related to BME and separate from your senior design project. The Department of Chemical and Biomedical Engineering, with fourteen active tenure-track faculty members, approximately undergraduates, and nearly fifty graduate students, has one of the oldest doctoral-granting programs in the university.
biomedical research, education and entrepreneurship and for success in a global environment.
paper to the Department Master of Science in Biomedical Engineering: Thesis Option Complete at least 30 credits of graduate study that consists of. The NJIT Department of Biomedical Engineering has a very active research program that is accessible to Masters students and provides opportunities for thesis or other independent study, which integrates engineering and the medical sciences.
New Jersey Institute of Technology's Electronic Theses and Dissertations (ETD) Projects initiativeblog.com#Biomedical-Engineering.