BIDANG-BIDANG KETEKNIKAN [ENGINEERING]

BIDANG-BIDANG KETEKNIKAN [ENGINEERING]

1. AERONAUTICAL ENGINEERING

• DEALS WITH FLIGHT AND THE MOVEMENT OF FLUIDS IN THE EARTH’S ATMOSPHERE.

• SPECIALIZING IN WORK AREAS CENTERED ON:

  • AERODYNAMICS

  • PROPULSION

  • CONTROLS

  • STRUCTURE

2. AEROSPACE AND ASTRONAUTICAL
ENGINEERING

• DEALS WITH ENVIRONMENTS NOT FOUND ON EARTH

• SPECIALIZATION IN WORK AREAS CENTERED ON:

  • PROPULSION CRYOGENICS

  • MATERIALS NAVIGATION

  • THERMODYNAMICS COSMIC RADIATION

  • [AGRICULTURAL ENGINEERING]

• BLENDS ENGINEERING KNOWLEDGE WITH SOIL SYSTEMS, LAND MANAGEMENT, AND ENVIRONMENTAL CONTROL .

• HAS FIVE SPECIALTY FIELDS:

  • SOIL & WATER ENGINEERING

  • FOOD ENGINEERING

3. POWER MACHINERY ENGINEERING

4. STRUCTURES ENGINEERING

5. ELECTRIC POWER GENERATION ENGINEERING

6. ARCHITECTURAL ENGINEERING

• WORKS WITH ARCHITECTS FOCUSING ON STRUCTURAL INTEGRITY AND SAFETY OF DESIGN

• STRUCTURAL ENGINEERING AND THIS FIELD ARE VERY SIMILAR, THE MAIN DIFFERENCE IS THE CONCERN FOR AESTHETICS

7. AUTOMOTIVE ENGINEERING

• DESIGN AND BUILD ALL TYPES OF VEHICLES:

  • AUTOMOBILES

  • TRUCKS

  • TRACTORS

  • BULLDOZERS

  • MOTORCYCLES

DEALS WITH:

• ENGINE DESIGN

• STRUCTURAL DESIGN

• TIRE DESIGN

• [BIOMEDICAL ENGINEERING]

8. BRIDGES ENGINEERING, PHYSICAL, AND LIFE SCIENCES IN IDENTIFYING AND SOLVING MEDICAL AND HEALTH-RELATED PROBLEMS

THREE GENERAL DIVISIONS:

1. BIOENGINEERING

2. MEDICAL ENGINEERING

3. CLINICAL ENGINEERING

9. CHEMICAL ENGINEERING

• APPLY SCIENTIFICALLY THE PRINCIPLES OF CHEMISTRY, PHYSICS, AND ENGINEERING TO DESIGN AN OPERATION OF PLANTS FOR THE PRODUCTION OF MATERIALS THAT UNDERGO CHEMICAL CHANGES DURING THEIR PROCESSING

• RESPONSIBLE FOR NEW AND IMPROVED PRODUCTS AND PROCESSES:

  • NEW FUELS FOR ROCKETS, REACTORS, AND BOOSTER PROPULSION

  • MEDICINES, VACCINES, SERUM, AND PLASMA

  • PLASTICS, SYNTHETICS AND TEXTILES

10. CIVIL ENGINEERING

• PLAN, DESIGN, AND SUPERVISE THE CONSTRUCTION OF FACILITIES IN BOTH THE PUBLIC AND PRIVATE SECTORS

• PROJECTS VARY WIDELY IN NATURE, SIZE AND SCOPE:

  • SPACE SATELLITES LAUNCH FACILITIES

  • OFFSHORE STRUCTURES

  • BRIDGES

  • BUILDINGS

  • HIGHWAYS

  • TRANSIT SYSTEMS

  • DAMS

  • AIRPORTS

  • IRRIGATION PROJECTS

  • TUNNELS

  • TREATMENT AND DISTRIBUTION FACILITIES FOR WATER

  • COLLECTION AND TREATMENT FOR WASTEWATER

11. COMPUTER ENGINEERING

• THE DESIGN AND ORGANIZATION OF COMPUTERS:

  • HARDWARE

  • SOFTWARE

12. ELECTRICAL AND ELECTRONICS ENGINEERING

• DEALS WITH THE MOTION OF ELECTRONS IN METALS

• WORK FOCUSED ON:

  • LARGE ELECTRICAL SYSTEMS

  • MOTORS AND GENERATORS

  • ELECTRICAL CIRCUITS IN BUILDINGS

  • POWER TRANSMISSION SYSTEMS

  • ELECTRICAL GENERATION PLANTS

13. INDUSTRIAL ENGINEERING

• THE DESIGN, IMPROVEMENT, AND INSTALLATION OF INTEGRATED SYSTEMS OF PEOPLE, MATERIALS AND ENERGY TO PRODUCE A PRODUCT AT THE LOWER POSSIBLE COST

• DEALS WITH:

  • DESIGN OF SYSTEMS FOR THE MANUFACTURE OF PRODUCTS

    • RAW MATERIALS TO MACHINES

    • WORKFORCE TO OPERATE MACHINERY

    • REMOVAL OF FINISHED PRODUCTS

    • MAINTENANCE OF MACHINERY

    • ANALYSIS OF MANUFACTURING PROCESSES FOR COST

14. MANUFACTURING ENGINEERING

• • DESIGN OF A MANUFACTURING FACILITY FOR A PRODUCT OR PRODUCTS

  • DEALS WITH:

    • PHYSICAL PLANT LAYOUT

    • USE OF EXISTING MACHINES OR NEW

    • BUY OR RENT FACILITIES

    • PURCHASE OF NONPRODUCING FACILITIES AND EQUIPMENT

    • PACKAGING OF PRODUCT

    • SHIPPING TO MARKET

15. MECHANICAL ENGINEERING

• • APPLY THE PRINCIPLES OF MECHANICS AND ENERGY TO THE DESIGN OF MACHINES AND DEVICES

  • MOST OFTEN ASSOCIATED WITH DEVICES THAT MOVE BUT INCLUDES THERMAL DESIGNS

  • VIBRATION ANALYSIS

  • LUBRICATION

  • GEARS AND BEARING