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S ilicon P rairie I nitiative on R obotics in I nformation T echnology

S ilicon P rairie I nitiative on R obotics in I nformation T echnology. Engineering Disciplines. Civil Engineering. Structural. Transportation. Construction. Environmental. Water. Urban. Mechanical Engineering. ENERGY.

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S ilicon P rairie I nitiative on R obotics in I nformation T echnology

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  1. Silicon Prairie Initiative on Robotics in Information Technology Engineering Disciplines

  2. Civil Engineering Structural Transportation Construction Environmental Water Urban

  3. Mechanical Engineering • ENERGY. • Mechanical engineers are concerned about the mechanics of energy - how it is generated, stored and moved.  • MANUFACTURING. • Mechanical engineers develop the machines that process materials into products. • DESIGN MECHANICS. • Mechanical engineers are concerned with designing devices used by consumers and industry. 

  4. Electrical and Electronics Engineering • Electrical engineers generally deal with large-power applications, such as utility and industrial power systems. • Electronics engineers deal with low-power systems such as computers and communications.

  5. Computer Engineering and Computer Science • Both are concerned with hardware and software. • Computer engineering has a greater emphasis upon the organization and design of computers themselves. • Computer science has an emphasis on computer use and applications.

  6. Hardware Software Electronics Computer Engineering Computer Science

  7. Chemical Engineering • Apply fundamental scientific understanding and engineering principles to industrial, laboratory and molecular processes involving gas, liquid or solid handling, chemical or biological reactions and heat transfer.

  8. Industrial Engineering AIIE • Engineers concerned with the design, improvement, and installation of integrated systems of people, materials, and energy. • Plant design, production, and quality • Machines • Equipment • Labor supply • Transportation of raw materials and finished goods

  9. BioX • Uses traditional engineering expertise to analyze and solve problems in biology and medicine, providing an overall enhancement of health care. • Bioinstrumentation • Biomaterials • Biomechanics • cellular, tissue and genetic engineering • clinical engineering, medical imaging • orthopaedic surgery, rehabilitation engineering, and systems physiology

  10. High School Requirements • 4 years of English • 4 years of Mathematics • 2 years of Algebra • 1 year of Geometry • 1 year of Trigonometry or Pre-Calculus • 3 years of Social Studies • 3 years of Natural Sciences • 1 year of Physics • 1 year of Chemistry • 2 years of a Foreign Language • Graduate in the top 50% and an ACT of 24

  11. Study Habits Required • Manage your time • profitably utilize every available period • make study time  quality time • don't let reserved study time degenerate into social hours • Read the book • Go to class • Take notes • STAY AWAKE!

  12. UNL Programs • Architectural Engineering  • Agricultural Engineering • Biological Systems Engineering  • Chemical Engineering • Civil Engineering • Computer Engineering • Electronics Engineering • Construction Management • Electrical Engineering • Industrial Engineering  • Mechanical Engineering

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