Biomedical engineering weaves a strong life science foundation with multidisciplinary engineering fundamentals for investigating and understanding living systems, using quantitative assessment tools, engineering living systems, and developing novel biomedical sensors and devices. The biomedical engineering undergraduate and graduate degrees provide an education at the interface of engineering and biology, concentrated in tissue engineering, biosignals and systems, biomaterials, and biomechanics. Review Computer Recommendations for this degree.

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Civil engineering is one of the oldest of the engineering disciplines. It involves the planning, design, construction, operation, and maintenance of buildings, highways, railways, bridges, airports, seaports, and other structures of modern society. Given the global need for rebuilding, maintaining and further developing infrastructures, the demand for civil engineers has never been greater. Our civil engineering graduates can choose from a broad spectrum of career opportunities in industry, government, and private consulting. Review Computer Recommendations for this degree.

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Computer engineers are the brains behind the hardware and software of computers. Our undergraduate and graduate programs in computer engineering emphasize engineering concepts and design in the rapidly expanding field of computer engineering. Students in our computer engineering programs are trained in hardware architecture, software engineering, hardware-software integration, signal and image processing, instrumentation and filter design, and computer networking. Review Computer Recommendations for this degree.

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Technology has influenced every industry as digital breakthroughs proliferate the working world. The evolution of computers has enabled most industries to increasingly rely on computing, digital information and database management as well as programming. Our undergraduate and graduate degree programs in computer science provide strong and advanced skills in computer science including computer organization and architecture, data structures and related algorithms, and programming languages plus technical skills and application of technology.

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From tiny microchips to huge power station generators, electrical engineers are helping environmentally conscious organizations find cleaner ways to derive and use energy to improve sustainability for greater efficiencies, savings and environmental impacts. They design, develop, test and supervise the manufacturing of electrical equipment. FIU’s undergraduate and graduate degree programs in electrical engineering train students in electronics and electromagnetism, nanotechnology, power and energy systems, communications, controls, bio-engineering and computers. Review Computer Recommendations for this degree.

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Many of the technological advances of this century were enabled by the development of new materials. There is an increasing demand for graduates with advanced knowledge in materials science and engineering, such as nanomaterials. Students pursuing graduate degrees in materials science and engineering acquire knowledge and hands-on experience on thermodynamics, kinetics and physical properties of materials and several electives such as thin film engineering, composite materials and nanomechanics.

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Mechanical engineering profession, through research and innovative developments, impact health, space exploration, defense, manufacturing and high-tech industries across the globe. Our undergraduate and graduate degree programs in mechanical engineering are designed to meet the needs of a rapidly evolving scientific and technological environment in the 21st century and give students a thorough understanding of the basic laws of science and advanced analysis and design skills. Review Computer Recommendations for this degree.

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