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Pengantar Teknik Elektro Kuliah I. Topics Introduction Basic Electrical Quantities Circuit Analysis Introduction to Electromagnetism Introduction to Electronics.

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Presentation on theme: "Pengantar Teknik Elektro Kuliah I. Topics Introduction Basic Electrical Quantities Circuit Analysis Introduction to Electromagnetism Introduction to Electronics."— Presentation transcript:

1 Pengantar Teknik Elektro Kuliah I

2 Topics Introduction Basic Electrical Quantities Circuit Analysis Introduction to Electromagnetism Introduction to Electronics Introduction to Digital Logic Circuits Introduction to Digital Information Introduction to Telecommunication Introduction to Control Introduction to Power Systems Introduction to Computer Networks Introduction to Photonics

3 Engineering is the profession in which a knowledge of the mathematical and natural sciences, gained by study, experience and practice, is applied with judgment to develop ways to utilize, economically, the materials and forces of nature for the benefit of mankind. -- ABET Handbook, 1996

4 Engineers and Scientists “The scientist explores what is. The engineer creates what has not been.” -- Theadore Von Karmen Engineers : SOLVE PROBLEMS INVENT ENSURE OUR SAFETY

5 A Definition of Technology Technology comes from three Greek words with the same root: Tekhnetos: man-made Tekhne (noun): skill Tekhnasthai: to devise artificially.

6 Industry Perspective on Skills of Engineering Graduates problem solving communication skills ethics/professionalism positive attitude math/science skills technical skills continue learning business/mgt computer skills world affairs

7 The Branches of Engineering Agricultural Biological Chemical Environmental Food Forestry Materials Plastics Water Resource Chemical Civil Mechanical Geotechnical Electrical Engineering Sciences Engineering Management Engineering Aerospace Automotive Biomedical Mechanical Naval Gas Geological Geomatics Metallurgical Mineral Mining Oil Petroleum Industrial Integrated Production Systems Building Civil Construction Engineering Chemistry Engineering Math Engineering Physics Communications Computer Electrical Electromechanical Systems Electronic Systems Software


9 All about EE Electrical Engineering is only 100 years old Electrical engineering is a discipline that integrates many other disciplines, such as physics, chemistry, mathematics, computers, electronics, optics, electromagnetics communications, analysis of signal and images, remote sensing…….

10 Electrical Engineering Electrical engineering, the discipline that employs the largest number of engineers, covers everything related to electrical devices, systems, and the use of electricity. Electrical engineers work on power plants, computers, and other electrical devices. Electrical engineers are designing the dashboard computers that will monitor engine functions on automobiles of the future. From American Society for Engineering Education (ASEE) web site:

11 Electrical systems have two main objectives: To gather, store, process, transport, and present information To distribute and convert energy between various forms

12 Branches of Electrical Engineering Electrical Engineering Specialties Communications Computer Power Systems Electromechanical Systems Electronic Systems Software Instrumentation Photonics Sensor Signal Processing

13 Examples of Types of Industries Communications Computers Automotive Electronics Instrumentation Integrated Circuits Automation Medical Power Aerospace From Milwaukee School of Engineering:

14 Examples of the Types of Jobs Research new ideas Develop new products Design products or equipment Project leader Computer automation Computer modeling/simulations Technical marketing Manufacturing/production From Milwaukee School of Engineering:

15 Why Pursue a Career in Engineering? Involvement in many industries Can you think of an industry that does not involve engineers??? Monetary benefits Job Security 4% Unemployment (highest ever) Definite need for engineers Passion and motivation A career with growing potential

16 Examples of Specific Career Opportunities Design Engineer: Use computer simulations and computer modeling to design high frequency circuits for digital cellular phones. Research Engineer: Invent new optoelectronic devices to build optical computers. Project Engineer: Lead a team of engineers from different engineering disciplines to design, test, and manufacture an undersea optical amplifier. Test Engineer: Write and implement the computer program to do automated testing of an electronic ignition system. Application Engineer: Define and integrate existing equipment to solve customer problems. System Engineer: Defines and develops a communications network. From Milwaukee School of Engineering:

17 Electrical Engineering Application Areas Electronics / Microelectronics Digital Signal Processing and Control Systems Communications Electromagnetics Power Systems Engineering

18 Electronics / Microelectronics Academics Analog and Digital Circuits Electronic Devices Microelectronic Fabrication Implementation Research Ultracapacitors (energy storage) Mixed Signal Devices Computer Modeling Smart Sensors

19 Digital Signal Processing and Control Systems Academics Design and Analysis Discrete and Continuous Signals Controlling Physical Systems (e.g. robots) Information Encoding and Decoding Research Speech Processing Neural Networks Intelligent Transportation Systems Robots Autonomous Navigation Antilock Brakes

20 Communications Academics Analog and Digital Communications Wireless Communication Fiber Optics Satellites Computer Networks Error Control Coding Research Fiber Optic Sensors Wireless Networks Adaptive Antennas Intelligent Transportation Systems Digital Radio Design

21 Electromagnetics Academics Magnetic Fields Antennas Optical Transmission Radars Motors Electric Power Research Radar/Sonar Design Propagation in Optical Fibers Millimeter Waves Lightning Surges Directional and Adaptive Antennas

22 Power Systems Engineering Academics Electric Power Generation, Transmission and Distribution Motors, Transformers, Generators Alternative Energy Supercooled Devices Power Electronics Research Ultracapacitors (energy storage) New Power Systems Electronic Ships Simulating and Modeling Power and Motor Systems Supercooled Devices

23 Computer Engineering Academics Combine: Hardware Skills of an Electrical Engineer Software Skills of a Computer Scientist Microprocessor Design Programmable Logic Computer Architecture Computer Operating Systems Research High-Performance Computing Computer Networks Computer Security Parallel Processing Applications of Programmable Logic Voice Recognition Software Design

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