Video courtesy University News Service. ]]>
Lecture by Roberto Ballarini, James L. Record Professor and Head of the Department of Civil Engineering.
Wednesday, November. 19, 2008, University of Minnesota Institute of Technology.]]>
Physicists explore the fundamental properties, laws, and structure of all forms of matter, living and nonliving. They examine the relationships among space, time, matter, and energy. Studies range from the very smallest subatomic elementary particles to the galaxies that form the universe.
Curriculum
The University's physics undergraduate program offers a flexible, real-world approach and provides a strong background for pursuing various career options.
Students pursue a common core curriculum supplemented with courses in one of six areas of emphasis: professional physics, engineering, biology, teaching, computation, or materials. A key part of the curriculum is the Methods in Experimental Physics course, which teaches students how to use experimental equipment, to design and construct experiments, and to present their results in a professional format.
Faculty advisors help to plan a program and select courses that meet your academic goals. You are also encouraged to participate in research, either independently or as part of one of the department's research groups. Many research opportunities include paid employment.
Physics Careers: Academic Researcher | Health Physicist | Industrial Physicist | Laboratory Director | Nuclear Physicist | Research Physicist | Teacher | Theoretical Physicist
For more information about a degree in physics
]]>Geologists use chemistry, physics, biology, math, and computer technology to scientifically study the Earth--the material of which it is made, the processes that act on these materials, the products formed, and the history of the planet and its life forms since origin. Geophysics is the application of physical laws and principles to the study of the Earth. These studies are far-reaching--from the biogeological study of early microbial life to current human impacts on the Earth's environment to the numerical modeling of ocean currents that help predict climate change.
Curriculum
This program provides you with a strong foundation in mathematics, physics, chemistry, geology and geophysics. Students are encouraged to choose elective courses that uniquely satisfy their interests and match their talents. Within the curriculum, you may choose an academic program that is broad, or focused in one or several specialties with the help of a faculty advisor.
The program's research and teaching facilities are among the best available anywhere. Some of these facilities are, in fact, found nowhere else in the world. An extensive collection of rocks, minerals, and fossils are available for both research and teaching purposes. Research laboratories are well-equipped with modern instrumentation.
Geology Careers: Crystallographer | Hydrologist | Petrologist | Soils Engineer | Geophysical Prospector | Geodesist | Paleontologist | Seismologist | Petroleum Geologist | Geophysicist | Stratigrapher | Mineralogist | Geophysical Data Processor | Project Coordinator | Field Processing Geologist
For more information about a degree in geological engineering
]]>Electrical engineers generate technological advances that impact virtually every aspect of modern life. They design and develop components, software, and systems for many products we use daily, from computers, cell phones, and fax machines to cars, home appliances, and entertainment systems.
Curriculum
The electrical engineering program gives you a strong foundation in science, mathematics, and computer science. You have the opportunity for in-depth study in one of several specialized areas: biomedical engineering, telecommunications and signal processing, control systems, electric energy systems and power electronics, microelectronic devices and circuit design, or optics and magnetic recording.
Regardless of the emphasis selected, you will become familiar with the essential tools of modern electrical engineering, learn to analyze and interpret data, and apply experimental techniques and design skills. The program also emphasizes creative thinking and problem solving, communication skills, teamwork, and the professional and ethical responsibilities of an electrical engineer.
Physics Careers: Audio Engineer | Component Engineer | Design Engineer | Magnetic Recording Engineer | MicrowaveEengineer | Production Engineer | Signal Processing Engineer | Systems Engineer
For more information about a degree in electrical engineering
]]>Physicists explore the fundamental properties, laws, and structure of all forms of matter, living and nonliving. They examine the relationships among space, time, matter, and energy. Studies range from the very smallest subatomic elementary particles to the galaxies that form the universe.
Curriculum
The University's physics undergraduate program offers a flexible, real-world approach and provides a strong background for pursuing various career options.
Students pursue a common core curriculum supplemented with courses in one of six areas of emphasis: professional physics, engineering, biology, teaching, computation, or materials. A key part of the curriculum is the Methods in Experimental Physics course, which teaches students how to use experimental equipment, to design and construct experiments, and to present their results in a professional format.
Faculty advisors help to plan a program and select courses that meet your academic goals. You are also encouraged to participate in research, either independently or as part of one of the department's research groups. Many research opportunities include paid employment.
Physics Careers: Academic Researcher | Health Physicist | Industrial Physicist | Laboratory Director | Nuclear Physicist | Research Physicist | Teacher | Theoretical Physicist
For more information about a degree in physics
]]>Geologists use chemistry, physics, biology, math, and computer technology to scientifically study the Earth--the material of which it is made, the processes that act on these materials, the products formed, and the history of the planet and its life forms since origin. Geophysics is the application of physical laws and principles to the study of the Earth. These studies are far-reaching--from the biogeological study of early microbial life to current human impacts on the Earth's environment to the numerical modeling of ocean currents that help predict climate change.
Curriculum
This program provides you with a strong foundation in mathematics, physics, chemistry, geology and geophysics. Students are encouraged to choose elective courses that uniquely satisfy their interests and match their talents. Within the curriculum, you may choose an academic program that is broad, or focused in one or several specialties with the help of a faculty advisor.
The program's research and teaching facilities are among the best available anywhere. Some of these facilities are, in fact, found nowhere else in the world. An extensive collection of rocks, minerals, and fossils are available for both research and teaching purposes. Research laboratories are well-equipped with modern instrumentation.
Geology Careers: Crystallographer | Hydrologist | Petrologist | Soils Engineer | Geophysical Prospector | Geodesist | Paleontologist | Seismologist | Petroleum Geologist | Geophysicist | Stratigrapher | Mineralogist | Geophysical Data Processor | Project Coordinator | Field Processing Geologist
For more information about a degree in geological engineering
]]>Chemical engineers design processes and facilities in which matter undergoes chemical and physical transformation. They work in a wide range of industries to solve technical problems and to create or improve products. From energy resources and pollution control to biotechnology, chemical engineers apply their skills to some of society's most pressing challenges and work to improve our quality of life.
Curriculum
The U of M's chemical engineering program is among the best in the world. Its graduates have distinguished themselves in academic, industrial, and government careers.
Since chemical engineering is based on applications of chemistry, biology, physics, materials science, mathematics, and economics, as a chemical engineering major, you will complete a broad-based program of science and technical courses as well as an elective area of emphasis. A complementary second major in chemistry or materials science also can be completed.
You may also gain valuable experience through undergraduate research conducted under faculty supervision or through an internship that combines work with academic study. The curriculum's breadth and flexibility make chemical engineering a great choice if you plan to pursue graduate study in medical sciences, materials science, business administration, or patent law.
Chemical Engineering Careers: Petrochemicals | Biotechnology | Food Process Engineering | Polymer Manufacturing | Pharmaceutical Manufacturing | Research and Development | Manufacturing Production Engineering | Quality Consulting
For more information about a degree in chemical engineering
]]>Geologists use chemistry, physics, biology, math, and computer technology to scientifically study the Earth--the material of which it is made, the processes that act on these materials, the products formed, and the history of the planet and its life forms since origin. Geophysics is the application of physical laws and principles to the study of the Earth. These studies are far-reaching--from the biogeological study of early microbial life to current human impacts on the Earth's environment to the numerical modeling of ocean currents that help predict climate change.
Curriculum
This program provides you with a strong foundation in mathematics, physics, chemistry, geology and geophysics. Students are encouraged to choose elective courses that uniquely satisfy their interests and match their talents. Within the curriculum, you may choose an academic program that is broad, or focused in one or several specialties with the help of a faculty advisor.
The program's research and teaching facilities are among the best available anywhere. Some of these facilities are, in fact, found nowhere else in the world. An extensive collection of rocks, minerals, and fossils are available for both research and teaching purposes. Research laboratories are well-equipped with modern instrumentation.
Geology Careers: Crystallographer | Hydrologist | Petrologist | Soils Engineer | Geophysical Prospector | Geodesist | Paleontologist | Seismologist | Petroleum Geologist | Geophysicist | Stratigrapher | Mineralogist | Geophysical Data Processor | Project Coordinator | Field Processing Geologist
For more information about a degree in geological engineering
]]>–Jason Foss, geological engineering major
| IT Student Voices |
Geological engineers plan, analyze, and design facilities on and under the surface of the Earth. Equipped with a strong knowledge of geology, physics, chemistry, mathematics, and engineering mechanics, they are uniquely qualified to work at the interface of civil engineering, environmental engineering, and geology.
Curriculum
The University's geological engineering program offers a geoenvironmental or geomechanical degree path.
The geoenvironmental option focuses on soil and groundwater contamination characterization, modeling, and remediation technologies; and solid and hazardous waste characterization, management, and disposal.
The geomechanical option focuses on foundations of buildings, bridges, roads, and dams; analysis and design of surface and subsurface excavations; and evaluation of natural geologic hazards.
Students may earn a double degree--bachelor of science in geology and bachelor of geological engineering--with an additional year of study that includes a geology summer field camp.
Geological Engineering Careers: Environmental geologist | Ge ologica l advisor | Ge ologica l engineering tec hnician | Ge ologica l projec t manager | Mining engineer | Ge otec hnica l engineer | Consultant | Profesor
For more information about a degree in geological engineering
]]>–Eric Semrud, aerospace engineering major
| IT Student Voices |
Astronomers and astrophysicists study the origins, contents, structure, and behavior of the universe. They apply mathematics and physical laws to understand and interpret observational data. During the past two decades, powerful modern technology has made it possible to produce astonishing astronomical discoveries and a wealth of data about the sun, moon, planets, stars, and galaxies, posing new questions and challenges for today's astronomers and astrophysicists.
Curriculum
The University's astrophysics program is small and informal. Astrophysics majors complete the same core courses in math, physics, and astrophysics and then choose an area of emphasis from the following tracks: professional astronomy, computational astrophysics, secondary education, data-analysis specialist/laboratory scientist, and military reserve officer. Many students major in both astrophysics and physics. If you choose this option, you will complete a supervised observation or theoretical research project in your senior year.
The department's facilities include a 30-inch reflector near Minneapolis and a 60-inch reflector on Mt. Lemmon near Tucson, Ariz. Resources of large facilities like Arecibo Radio Observatory, Kitt Peak National Observatory, Mauna Kea Observatory, and the National Radio Astronomy Observatory are also available for faculty and student use. In addition, a large computer network and the department's direct link to the University's Minnesota Supercomputing Institute may be used for student research projects.
Aerospace Engineering and Mechanics Careers: Aeronautica l Engineer | Aerodynamics Engineer | Aeronautica l test engineer | Aircraft design engineer | Projec t engineer | Resea rch and developme nt | Stres analyst | Sales engineer
For more information about a degree in aerospace engineering and mechanics
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