ENGINEERING

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TECHNICAL CAREERS

• Engineering
• Computer Aided Design

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ENGINEERING

• Aerospace
• Chemical
• Civil
• Mechanical
• Electrical

• Structural
• Environmental
• Biomedical
• Industrial
• Others

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HIGH SCHOOL CLASSES

• Algebra
• Geometry
• Trigonometry
• Calculus

• Chemistry
• Physics
• Computer Programming
• Industrial Arts

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COLLEGE CURRICULUM

• Calculus
• Chemistry
• Physics
• Computer Programming
• Computer Design
• English/Composition

• Statics Dynamics
• Electrical Design
• Thermodynamics
• Fluid Dynamics
• Material Science

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AEROSPACE ENGINEERSDesign, analyze, model,
simulate, and test

• Aircraft
• Spacecraft
• Satellites
• Missles
• Rockets
• Wind Tunnels

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CHEMICAL ENGINEERS
Apply chemistry to products for everyday life

• Plastics
• Paints
• Fuels
• Fibers
• Medicines
• Fertilizers
• Semiconductors
• Paper

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CIVIL ENGINEERS

• Design Roads
• Prepare land for buildings
• Geotechnical
• Municipal Water Systems
• Storm Water
• Sanitary Waste Treatment

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MECHANICAL ENGINEERS
Design, manufacture and operation of wide range
of components, devices or systems

• Building heating, ventilation, and refrigeration
• Building plumbing designs
• Gears and drive system designs
• Laser technology
• Industrial piping systems
• Automotive engine systems
• Computer aided deign, automation, robotics
• Predictive maintenance and reliability
  technologies

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ELECTRICAL ENGINEERS
Design safe methods for the use of electricity
in products and services

• Electrical power and light to Buildings, cars,
  airplanes, machines, everything in our modern
  society
• Telecommunications
• Electronics

COMPUTER ENGINEERS

• Design, construction, implementation, and
  maintenance of computers and computer controlled
  equipment.

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STRUCTURAL ENGINEERS
Design steel, concrete, or wood structures such
as

• Buildings
• Houses
• Bridges
• Dams
• Skyscrapers
• Towers
• Retaining Walls
• Foundations
• Stadiums
• Airplanes

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ENVIRONMENTAL ENGINEERS
Environmental Engineering is the study of ways
to protect the environment

• Air Pollution
• Land Management
• Radiation Protection
• Water Supply
• Solid Waste
• Hazardous Waste Management
• Toxic Materials Control
• Wastewater Management
• Public Health

Environmental Engineers work in industry to make
sure pollutants are removed from various streams
released to the air and water. Environmental
engineers develop and design equipment to create
a cleaner environment.
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BIOMEDICAL ENGINEERS
Study biology and medicine to develop
technologies related to health care.

• Medical Diagnostic Machines
• Medical Instruments
• Artificial Organs
• Joint Replacement Parts
• Prosthetic Devices

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INDUSTRIAL ENGINEERS
Design, improve and install integrated systems
of

• People
• Materials
• Processes
• Information
• Equipment
• Energy

MANUFACTURING ENGINEERS
Direct processes for making things

• Reduce Production Costs
• Production Control
• Materials Handling
• Automation
• Robotics

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PETROLEUM ENGINEERS
NUCLEARENGINEERS
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AGRICULTURAL ENGINEERS
MININGENGINEERS
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Computer Aided Design

• The use of computer programs and systems to
  design detailed two- or three-dimensional models
  of physical objects, such as mechanical parts,
  buildings, and molecules.

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