EEO: Electrical Engineering Orientation PDF

EEO: Electrical Engineering Orientation UNIT 4: Tracks and Specializations Prepared by: Engr. Cristen Kate T. Celestial, REE  GUESS THE GIBBERISH MECHANICS: READ THE GROUPS OF UNRELATED WORDS AND DECIPHER THEM INTO REAL PHRASES OR WORDS. EXAMPLE: HELL LIC...

EEO: Electrical Engineering Orientation UNIT 4: Tracks and Specializations Prepared by: Engr. Cristen Kate T. Celestial, REE  GUESS THE GIBBERISH MECHANICS: READ THE GROUPS OF UNRELATED WORDS AND DECIPHER THEM INTO REAL PHRASES OR WORDS. EXAMPLE: HELL LICK THREE CALL EXAMPLE: ELECTRICAL GUESS THE GIBBERISH COME MEW KNEE KEY SHOWN GUESS THE GIBBERISH COME MEW KNEE KEY SHOWN COMMUNICATION  GUESS THE GIBBERISH HIS PEA SHALL LESS SAY SHOWN  GUESS THE GIBBERISH HIS PEA SHALL LESS SAY SHOWN SPECIALIZATION GUESS THE GIBBERISH HEN GENE KNEE REIGN GUESS THE GIBBERISH HEN GENE KNEE REIGN ENGINEERING GUESS THE GIBBERISH COMB FEW THERE GUESS THE GIBBERISH COMB FEW THERE COMPUTER GUESS THE GIBBERISH PAW WHERE SEIZE TEAM GUESS THE GIBBERISH PAW WHERE SEIZE TEAM POWER SYSTEM BEAR RAY GOLD! ELECTRICAL ENGINEERING ❑ A branch of engineering that specializes in production, generation, transmission, and usage of electricity. ❑ Design, develop, plan, test and supervise electrical systems as well as wiring installation and commissioning of lightings, motors and other electrical equipment in buildings, automobiles, watercrafts and related areas. ❑ Electrical engineers may also be responsible for research, design, development, manufacturing and management of complex hardware and software systems that adhere to the technological advancement nowadays. ELECTRICAL ENGINEERING ❑ Sub disciplines – computer engineering and software engineering. ❑ Specializations – electronics engineering, optical engineering, power engineering, control engineering, and telecommunication engineering. ❑ Electricity is a general term that refers to the presence and flow of electric charge. ❑ Electronics is a specialized branch of electrical engineering that deals specifically with the behavior and applications of electronic devices and circuits. CLASSIFICATIONS OF ELECTRICAL ENGINEERING 1. Communication System ❑ The design, development and maintenance of technology for communications, ranging from telephones to internet systems. CLASSIFICATIONS OF ELECTRICAL ENGINEERING 2. Computer System ❑ The development, testing and evaluation of software and personal computers by combining the knowledge of engineering, computer science and math analysis. CLASSIFICATIONS OF ELECTRICAL ENGINEERING 3. Control System ❑ The understanding on how the process can be managed by automation devices and the implementation of the process into operation. CLASSIFICATIONS OF ELECTRICAL ENGINEERING 4. Power System ❑ Generation, transmission, distribution, uses, maintenance and control of electrical power, as well as the devices connected to such systems, including generators, motors and transformers. CLASSIFICATIONS OF ELECTRICAL ENGINEERING 5. Signal Processing System ❑ The analysis, design, manipulation and modification of necessary devices for carrying out the processing of analog and digital signals. WHY SPECIALIZE IN ELECTRICAL ENGINEERING? Here are the 4 major reasons that will help you understand why specialization in Electrical Engineering is important: 1. It is in demand and will always be. 2. Plenty of affordable electrical engineering degrees to choose from 3. Easier to get a job in electrical engineering 4. Opportunity to study and work abroad ELECTRICAL ENGINEERING TRACKS AND SPECIALIZATION ❑ Track elective courses typically refer to a set of elective courses within a specific academic or professional track or specialization. 1. Power System Protection 4. Entrepreneurship 2. Advanced Power System 5. Machine Automation and Analysis and Design Process Control 3. Advanced Electrical System 6. Renewable Energy Sources Design TRACKS AND SPECIALIZATION 1. POWER SYSTEM PROTECTION ❑ Protection of generators, transformers, busbars & lines ❑ Protective relaying ❑ Surge protection in power systems TRACKS AND SPECIALIZATION 2. ADVANCED POWER SYSTEM ANALYSIS AND DESIGN ❑ Transmission and distribution ❑ Power substation ❑ Industrial and commercial power systems TRACKS AND SPECIALIZATION 3. ADVANCED ELECTRICAL SYSTEMS DESIGN ❑ High rise building & substation design ❑ High-voltage underground cable design (AC/DC systems) TRACKS AND SPECIALIZATION 4. ENTREPRENEURSHIP ❑ Project management project acceptance, testing and documentation ❑ Sales and marketing management TRACKS AND SPECIALIZATION 5. MACHINE AUTOMATION AND PROCESS CONTROL ❑ Pneumatics and process control ❑ Electro pneumatics ❑ PLC in manufacturing TRACKS AND SPECIALIZATION 6. RENEWABLE ENERGY SOURCES ❑ Solar and wind energy ❑ Waves/ocean energy ❑ Biomass energy FINALS SEATWORK #1 1. Enumerate the following: a) Classification of Electrical Engineering b) Track Elective Course of Electrical Engineering 2. Differentiate Computer Engineering and Software Engineering 3. Define Electrical Engineering. COURSE PLATE #3 1. Define Republic Act No. 184. 2. Define Republic Act No. 7920. 3. Look for one (1) Registered Electrical Engineer and ask about their experience during board examination. 4. List 10 Registered Electrical Engineers working at PLV. Note: Wrong spelling is wrong. Submission Date: Next Week End of Presentation Next Meeting: Submission of Course Plate # 3