Monday, March 29, 2010
Categorized  ECE ReferencesArticles
ECE Licensure Examination Syllabi (Exam Coverage)
Monday, March 29, 2010, 5:01 PM
1. Algebra & General Mathematics
 Algebraic functions
 Theory of equations
 Factorization and algebraic functions
 Ratio, proportion and variation
 Matrix theory
 Arithmetic and geometric progressions
 Equations and inequalities
 Linear and quadratic equations
 Complex number system
 Polynomials
 Mathematical induction
 Logic and probability
 Statistics
2. Geometry
 Lines and planes
 Plane figures
 Application of Cavalier’s, Pappus and Prismodial theorems
 Coordinates in space
 Quadratic surfaces
 Mensuration
 Plane geometry
 Solid geometry
 Spherical geometry
 Analytical geometry
3. Trigonometry
 Logarithmic principles
 Trigonometric functions
 Fundamental trigonometric identities
 Solutions of right and oblique triangles
 Applications of terrestrial mensuration
 Area, perimeter and centroid of plane figures
 Polar coordinates
 Spherical trigonometry
4. Calculus
 Complex variables
 Derivatives and applications
 Integration and applications
 Transcendental functions
 Partial derivatives
 Higher derivatives
 Indeterminate forms
 Multiple integrals
 Differential equations
5. Mathematics Laws, Terms and Theories
 Laws, theories and other rules relative to the fields of mathematics
II. GENERAL ENGINEERING & APPLIED SCIENCES (20%)
 Engineering Mechanics
 Strength of Materials
 College Physics
 General chemistry
 Thermodynamics
 Engineering Materials
 Engineering Economics
 Engineering Management
 Contract and Specifications
 Laws and Ethics
 Telecommunications and broadcasting laws and regulations
 Electronics engineering law of 2004
 Code of professional ethics and conduct
 Philippine electronics code
 Code of Technical Standards of Practice (Manual of Practice)
III. ELECTRONICS ENGINEERING (30%)
1. Electricity/Magnetism Fundamentals
 Atomic structure
 Electric charge
 Laws (Ohms, Kirfchoff, Coulomb,etc)
 Magnetic power
 Magnetic field/flux
 Magnetic/electric quantities/units
 Magnetic/electromagnet principles
2. Electrical Circuit
 Acdc circuits
 Resistors
 Inductors
 Capacitor
3. Solid State Devices/Circuits
 Semiconductor fundamentals
 Transistor components, circuits, analysis, and design
 Special services (photo, electric, photo voltaic, etc.)
4. Power Generator/Sources/Principles/Applications
 Cells and batteries
 Electric generator
 Electronic power supply
 Voltage regulation
 Photovoltaic. thermoelectric generator
 Distribution transformers
 UPS/floatbattery system
 Converters/inverters
5. Electronic (Audio/RF) Circuit/Analysis/Design
 Amplifiers
 Oscillators
 Rectifier
 Filters
 Voltage regulation
6. Tests and Measurements
 Voltohmammeter (analog/digital)
 RLZ bridges
 Oscilloscope
 Cable testers
 RF meters
 Signal generators (audio, RF, video)
 Noise generators
 Power reflectometer/grid dip meter
7. Microelectronics
 Integrated circuits components, characteristics and products
 Operational amplifiers/multivibrators
8. Industrial Electronics Principles/Applications
 Electronic control system
 Industrial solid state services
 Welding systems/high frequency heating
 Feedback systems/servomechanism
 Transducers
 Motor speed control systems
 Robotic principles
 Bioelectrical principles
 Instrumentation and control
9. Computer Principles
 Analog/digital systems
 Binary number system/Boolean algebra
 Mathematical logic and switching networks
 Basic digital circuits (logic, gates, flipflops, multivibrators etc.)
 Static and dynamic memory devices
 Programming and machine languages
 Information and acquisition processing
 Analog/digital conversion
 Computer networking
1. Radio Communication System
a. Transmission Fundamentals
 The transmission systems
 Transmission medium
 Primary line constants
 Velocity and line wavelength
 Characteristic impedance
 Propagation constants
 Phase and group velocity
 Standing waves
 Voltage standing wave ration
 Telephone lines and cables
 Wave guides
 Balanced and unbalanced lines
 Uniformly distributed lines
 Twisted pair wire
 Coaxial cable
 The Decibel
 Power level Calculations
 Signal and Noise Fundamentals
b. Acoustics
 Definition
 Frequency range
 Sound pressure level
 Sound intensity
 Loudness level
 Pitch and Frequency
 Interval and Octave
 Sound Distortion
 Room Acoustics
 ElectroAcoustic Transducers
c. Modulation
 Amplitude modulation
 Phase modulation
 Frequency modulation
 Pulse modulation
d. Noise
 External noise
 Internal noise
 Noise calculation and measurements
 Radio interference
e. Radiation and Wave Propagation
 Electro Magnetic Radiation
 Radio Spectrum
 Wave Propagation
 Radiation Patterns
 Wavelength Calculations
 Radiation resistance
 Diversity systems
f. Antennas
 Basic considerations
 Wire Radiators in Space
 Isotropic radiator
 Current and Voltage Distribution
 Resonant, nonresonant antennas
 Terms and definition
 Antenna gain and resistance
 Bandwidth, beamwidth, polarization
 Effects of ground on antennas
 Grounded, ungrounded antennas
 Grounding systems
 Antenna height
 Design and applications
 Matching systems
 Impedance calculations
 Antenna types
 Directional and nondirectional microwave antennas
 Wideband and special purpose antennas
g. Wire and Wireless Communications System
 The telephone set
 Connection and performance
 Exchange area plant
 Loop design
 Trunks in the exchange plant
 Insertion loss
 Traffic calculations
 Reference equivalent and standards
 Telephone networks
 Signaling, billing , CAMA, ANI
 Echo, singing and design loss
 Via net loss
 Network hierarchy, class type
 VF Repeaters
 Transmission Considerations in Long Distance Network
 Telephone Exchanges
 PSTN, PABX, Line Concentration
 Telephone features, IDD, NDD, LEC
 Mobile communications
 Cellular communication, trunk radio, radio paging system, etc.
h. Microwave Communications and Principles
i. Basic principles of variouselectronics systems
· Electrooptics/photonics/optoelectronics
· Electromagnetics
· Avionics, aerospace, navigational and military applications
· Medical electronics
· Cybernetic
· Biometric
2. Digital and Data Communications
a. Digital Communication Networks
 Bit and Binary Transmission
 Signaling Rate
 Error probability
 Digital filtering
 Switching
 Packet circuit
 Vertical circuit
 Open systems interconnection
 Multiplexing, modulation and synchronization
 Pulse code modulation
 Comapnding
 Encoding
 Bandwidth and signal to noise ration
 Delta modulation
 Slope overload
 Adaptive delta modulation
 Codes and protocols
 Error detection and correction codes
 Digital carrier systems
 Frequency shift keying
 Phase shift keying
 Differential phase shift keying
 DC nature of data transmission
 Loops
 Neutral and polar
 Binary transmission and the concept of time
 Asynchronous and synchronous
 Timing
 Distortion
 Bits, band, WPM
 Data interface standards
 Data input/output devices
 Digital transmission on analog channel
 Modulationdemodulation schemes parameters
 Circuit conditioning
 Modem applications
 Serial and parallel transmission
b. Fiber Optics
 Principles of light, transmission
 Types
 Light sources, Laser, LED
 Light detectors
 Modulation and waveform
 System design
 General application
 Design procedure
 Dispersion limited domain
 System bandwidth
 Splicing techniques
3. Satellite, Broadcasting and Cable TV Systems
a. Satellite System
 The satellite system
 Types of satellite
 Satellite orbit
 Uplink considerations
 Demand assignment multiple access
 Antenna tracking
 Satellite link budgets
 Path loss
 Figure of merit
 Ratio of carrier to thermal noise power
 Station margin
 VSAT
b. Broadcasting and Cable TV systems
 Radio Transmitter (AM, FM ,Television)
 Studio (Microphone, Amplifiers, Cameras, Lighting, etc.)
 Cable Television
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18 Responses to “ECE Licensure Examination Syllabi (Exam Coverage)”
September 4, 2010 at 1:31 PM
WOW! heavy! hahaha :)
We do it! :)
September 8, 2010 at 10:31 AM
thanks a lot. this really helped
October 31, 2010 at 5:30 AM
Pano ho ba makakuha ng materials ng mga yan? andito kasi ako sa labas.. any suggested sites or references na pwedi mkuha ko para makapag umpisa.., apat na pala subject ngayon
November 9, 2010 at 3:08 PM
salamat para dito...grabeh dami talaga ah...go ECE!
November 22, 2010 at 6:42 PM
hehe. Msarap ang feeling pag nalampasan mo lhat ng subjects na yan
December 24, 2010 at 2:25 PM
bakit ung GEAS hindi sinabi ung detalye ng coverage?
January 15, 2011 at 9:30 PM
is there any books o reference that i can get here in singapore...thanks so much po...
February 19, 2011 at 2:42 PM
so many,,,grabe kakaluka,,,,d kayang e study lahat....study na naman ako ulit for another take,,,,,sana dis is it na....GOD BLESS
May 1, 2011 at 12:24 PM
whats d best review center for ece board exam?
December 31, 2011 at 11:57 AM
weee.. (,^^)
February 11, 2012 at 4:53 AM
good day mga tolabout RA9292 ELECTRONICS ENGNG LAW WALANG SELBI ANG ECE AT ECTHINDI KAYO MAKA PERMA SA PLANO ELECTRONICS PERMIT., BASAHIN NYO NANDYAN SA COMPUTER.PROFESSIONAL ELECTRONICS LANG MAKINABANG DYAN SILA LANG MAKAPERA.HUWAG NA KAYONG MAG ATTEND ANY SEMENARS OR ANY TRAINING.GAWIN LANG KAYONG KINGKOY DYAN SA MGA OFFICERPECE
March 16, 2012 at 4:04 PM
dami palan,mas mabuti kung magstar ngaun... two years to go...
September 29, 2012 at 8:55 PM
gravy namn po ito! kakamatay!
September 25, 2015 at 10:20 AM
kaya natin to :D
February 3, 2016 at 10:52 PM
Any help regarding to these topics :(
February 3, 2016 at 10:54 PM
Any help regarding these topics :(
October 27, 2016 at 5:55 PM
omg. nakakaspeechless pero laban lang. i still have three and a half years to prepare. review ever summer itey para tatak talaga sa utak XD
October 27, 2016 at 5:57 PM
hindi "EZ Breezy" and ECE
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