Engineering

What is Engineering?

From computer science to sustainable energies, robotics to aeronautics, and medical technology to intelligent building design – engineering degrees offer a huge range of specializations. Graduates of engineering degrees are in high demand across the globe, with developing and developed nations alike calling out for highly qualified specialists to keep their economies growing.

Engineering graduate programs are diverse, as engineers use math, science and technology to find solutions to real world issues. This may mean developing new systems, structures, products or materials for a variety of industries such as aerospace, petroleum, or textiles. Some of the major engineering disciplines include civil, mechanical, industrial, electrical and materials engineering.

Programs of Engineering:

It deals with the research, design, development, construction, testing, science and technology of aircraft. The field also covers investigation into aerodynamic characteristics of aircraft, including behaviors and related factors such as airfoil, control surfaces, lift and drag.

A graduate degree in aerospace engineering and work experience in the field may also lead to teaching careers in universities. By earning a degree an online or on-campus aerospace engineering grad school, you develop the knowledge and skills to potentially work in the aerospace industry.

Biomedical Engineering Graduate Programs teach how to use mathematical and engineering principles to solve medical problems and other biological concerns. Through a combination of coursework and research, students might learn to design medical diagnostic equipment, artificial body parts, and other biomedical devices and machines. Courses may touch on topics such as bioimaging, molecular engineering and orthopedics. Students could also explore other areas of bioengineering, such as biochemistry, and study the application of engineering principles to the pharmaceutical industry.

Chemical engineers are tasked with applying principles of biology, physics, chemistry and math to solve problems related to the production or use of drugs, food, chemical, fuel and other products. As such, professionals in the field design processes and equipment for large-scale safe and efficient manufacturing; plan and test manufacturing methods; treat by-products; and supervise production.

Civil engineering graduate programs could help take your civil engineering career to the next level. Civil engineers design, build and maintain public works like buildings, dams and bridges. Civil engineering graduates also are responsible for transportation works like airports and highways. They may need to have a wide range of scientific knowledge and a deep understanding of construction materials in order to excel in their career.

Electrical Engineering graduate schools are diverse and embrace many specialty areas. Whether you are interested in microelectronics, photonics, plasma physics of integrated circuit and system analysis and synthesis, there is an EE grad program out there for you! Curriculums will enhance students’ scientific knowledge building their skills as managers and electrical engineers. Programs provide the skills to meet challenges faced by technical teams in highly competitive corporate worlds.

Engineering Management Graduate Programs explore a specific form of administration designed for engineering and technology-driven industries. An interdisciplinary field, engineering management blends technical and business practices specific to engineering sectors in order to oversee the performance of projects, teams and organizations as a whole.

Environmental engineering graduate programs are designed to give students the knowledge, skills, and tools to prepare them for a wide range of careers in the public and private sector. Graduate programs in environmental engineering focus on the acquisition and application of knowledge related to the natural and built environment. For those who earn environmental engineering graduate degrees, there may be exciting careers in areas such as soil, water, and air management, civil engineering, public policy, construction and structural engineering, and transportation. With field experience, graduates of environmental engineering graduate schools may also be able to teach at the college and university level and work in government.

Industrial mechanical engineering graduate programs prepare engineers to work with the building blocks of the stuff around us—cars, bridges, solar panels, and even toasters! Industrial mechanical engineering graduate programs train engineers to use physics and composites and chemical compounds in a safe, professional manner. With an industrial & mechanical engineering degree, you may pursue an exciting career in resource management, manufacturing, civil engineering, public policy, construction, and transportation. With field experience, individuals with industrial & mechanical engineering degrees may also teach at the college and university level or work in government.

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