BSECE.COM|Philippine Electronics Engineering Community

BSECE Board Examinations results for November 2009 will be posted here right after the list of passers become available.

Keep on visiting this page from time to time to know the results right away.

One passer in the recently-released Electronics Engineer (ECE) board exams claimed that a review center leaked to its students some of the questions that appeared in the examination.

Camille Rubio alleged that on March 25 and 26, Excel Review Center presented to its students a flash presentation showing “problem solvings” in two subjects–General Engineering and Applied Sciences.

AN altar boy who recited “Hail Mary” prayers while taking the Electronics and Communication Engineer (ECE) licensure examination wound up no. 9, the only one from a Cebu university to land in the top ten.

Kevin Joseph Torres, a 23, a native of Tunghaan, Minglanilla town, who lives in Punta Princesa, Cebu City, was ecstatic over the ECE board results released on Thursday.

The Professional Regulation Commission (PRC) has declared that there simply is not enough evidence to indicate that there was any leakage in the board examinations given for the licensing of a new batch of electronics and communications engineers. More than three out of four examinees failed in those exams, says the PRC, suggesting that there was no leakage and that most of the examinees failed simply because they were unprepared.

The Professional Regulation Commission (PRC) announces that 598 out of 2,472 passed the Professional Electronics Engineer and Electronics Engineer Licensure Examination given by the Board of Electronics Engineering in the cities of Manila, Baguio and Cebu last March 2009.
March 2009 Top Ten (10) Electronics Engineers:

1. Mary Grace Ann Surnit Cabañas, De La Salle University – Manila – 92%
2. Rolex Pedrosa Bargayo, Eastern Visayas State University – Tacloban – 90.30%
3. Karel Miko Lim De Guia, De La Salle University – Manila – 87.20%
4. Jhoana Guillen Eduardo Bregonia, De La Salle University – Manila – 86.90%
5. Kaiser De Asis Fernandez, De La Salle University – Manila – 86.60%
6. Gian Carlo Jamodiong Estorba, Xavier University – 86.00%
7. Frank Javier Tua, De La Salle University – Manila – 86.00%
8. John Elvin Sy Tan, De La Salle University – Manila – 85.90%
9. Reginne Mirelli Frilles Gabito, Mapua Institute of University – 85.50%
10. Lorenzo Miguel Adriano Javier, De La Salle University – Manila – 85.40%
11. Kevin Joseph Del Socorro Torres University of San Jose – Recoletos – 85.40%
12. Ralph Christian Estabillo Cabello, De La Salle University – Manila – 85.20%

Welcome to BSECE.COM, the Philippine Electronics Engineering Online Community.

BRANCHES

• Cebu

Rm 254, CDC Building

Colon St. corner Jakosalem St.

Cebu City

Tel. No. : (032) 412 – 1416

Services

A. REVIEW PROGRAM

The review program is comprehensive in the sense that it is composed of three different phases of intensive preparation, namely:

REVIEW COURSE: This is an intensive lecture/discussion type covering basic theories, principles, problems and applications as well as some advanced topics included in the board syllabus. The topics are based from PRC Board Syllabus.

REFRESHER COURSE: This is a comprehensive examination-discussion type of instruction. The reviewees are subjected to a series of examinations patterned from the board exams where actual past board examinations are included. They are given questionnaires and answer sheets and are required to use pencils in shading the correct answer. This is intended to acquaint each one to the actual test. The exam is to be discussed thoroughly right after or on the next meeting for the reviewees to evaluate their performances.

COACHING COURSE: This is the final phase of preparation which is more or less 3 weeks in duration. This is intended to fine-tune reviewees to the much awaited board exam. This consists generally of classroom coaching notes which are to be read with the reviewers around to entertain questions personally. A parallel computer hands-on for this course is conducted at the computer rooms.

CLAIM

• MITRC is the only review center directed and managed by all-Electronics and Communications Engineers (and not by businessmen nor of any other profession), who know all the ins and outs of the ECE profession, and whose genuine concern for fellow ECEs remains unchallenged.
• MITRC is the only review center that has 90% plus passing percentage.  April 2001 board examinations posted the record breaking passing percentage of 97.13%, while the others refuse to announce their passing rate.

CENTERS

• Suite M1, Mezzanine Floor
  Dona Amparo Building
  Tolentino St. corner Esapna Ave.
  Sampaloc, Manila
  Tel. No.: 7357336 / 7367690

Wireless Communications

1. Motivation and Introduction
2. Types of Wireless communication
3. The modern wireless Communication Systems
4. The cellular concept -- System Design issues
5. Cell capacity and reuse
6. Interference and System capacity
7. Improving coverage and system capacity
8. Mobile Radio Propagation
9. Mobile Radio Propagation Contd
10. Mobile Radio Propagation Contd
11. Mobile Radio Propagation Contd
12. Mobile Radio Propagation Contd
13. Mobile Radio Propagation Contd
14. Mobile Radio Propagation II
15. Mobile Radio Propagation II Contd
16. Mobile Radio Propagation II Contd
17. Mobile Radio Propagation II Contd
18. Mobile Radio Propagation II Contd
19. Mobile Radio Propagation II Contd
20. Mobile Radio Propagation II
21. Modulation Techniques for Mobile Communication
22. Modulation Techniques for Mobile Communication
23. Modulation Techniques (Contd.)
24. Modulation Techniques (Contd.)
25. Modulation Techniques (Contd.)
26. Modulation Techniques (Contd.)
27. Modulation Techniques (Contd.)
28. Modulation Techniques for Mobile Communications
29. Equalization and Diversity Techniques
30. Equalization and Diversity Techniques
31. Equalization and Diversity Techniques (Contd.)
32. Equalization and Diversity Techniques (Contd.)
33. Coding Techniques for Mobile Communications
34. Coding Techniques for Mobile Communications
35. Coding Techniques for Mobile (Contd.)
36. Coding Techniques for Mobile Communications
37. Wireless Networks
38. GSM and CDMA
39. GSM and CDMA (Contd.)

Digital Signal Processing

1. Digital Signal Processing Introduction
2. Digital Signal Processing Introduction Contd
3. Digital Systems
4. Characterizatio n Description,Tes ting of Digital Syst
5. LTI Systems Step & Impulse Responses,Convolution
6. Inverse Systems,Stabili ty,FIR & IIR
7. FIR & IIR; Recursive & Non Recursive
8. Discrete Time Fourier Transform
9. Discrete Fourier Transform (DFT)
10. DFT (Contd.)
11. DFT (Contd.) Introduction to Z Transform
12. Transform
13. Transform (Contd.)
14. Discrete Time Systems in the Frequency Domain
15. Simple Digital Filters
16. All Pass Filters,Com.Fil ters
17. Linear Phase filters,Complem entary Transfer Fn
18. Compensatary Transfer Functions, (Contd.),
19. Test for Stability using All Pass Functions
20. Digital Processing of Continuous Time Signals
21. Problem Solving Session: FT, DFT,& Z Transforms
22. Problem Solving Session: FT,DFT, & Z Transforms
23. Analog Filter Design
24. Analog Chebyshev LPF Design
25. Analog Filter Design (Contd.): Transformations
26. Analog frequency Transformation;
27. Problem Solving Session on Discrete Time System
28. Digital Filter Structures
29. IIR Realizations
30. All Pass Realizations
31. Lattice Synthesis (Contd.)
32. FIR Lattice Synthesis
33. FIR Lattice (Contd.) and Digital Filter Design
34. IIR Filter Design
35. IIR Design by Bilinear Transformation
36. IIR Design Examples
37. Digital to Digital Frequency Transformation
38. FIR Design
39. FIR Digital Filter Design by Windowing
40. FIR Design by Windowing & Frequency Sampling

Digital Communication

1. Introduction
2. Sampling
3. Quantization , PCM and Delta Modulation
4. Probability and Random Processes
5. Probability and Random Processes (Part -- 2)
6. Channels and their Models
7. Channels and their Models (Part -2)
8. Information Theory (Part -- 1)
9. Information Theory (Part -- 2)
10. Bandpass Signal Representation ( Part 1 )
11. Bandpass Signal Representation (Part -- 2)
12. Digital Modulation Techniques (Part -- 1)
13. Digital Modulation Techniques (Part -- 2)
14. Digital Modulation Techniques (Part -- 3)
15. Digital Modulation Techniques Part -- 4
16. Digital Modulation Techniques Part -- 5
17. Digital Modulation Techniques (Part -- 6)
18. Digital Modulation Techniques (Part -- 7)
19. Digital Modulation Techniques ( Part -- 8 )
20. Digital Modulation Techniques (Part -- 9)
21. Digital Modulation Techniques (Part -- 10)
22. Probability of Error Calculation
23. Calculation of Probability of Error
24. Calculation of Probability of Error
25. Equalizers
26. Source Coding (Part -- 1)
27. Source Coding (Part -- 2)
28. Source Coding Part -- 3
29. Source Coding Part 4
30. Channel Coding
31. Fundamentals of OFDM
32. Conclusion

Digital Circuits And Systems

1. Introduction to Digital Circuits
2. Intro duction to Digital Circuits
3. Combinational Logic Basics
4. Combinatioal Circuits
5. Logic Simplification
6. Karnaugh Maps And Implicants
7. Logic Minimization Using Karnaugh Maps
8. Karnaugh Map Minimization Using Maxterms
9. Code Converters
10. Parity Generator And Display Decoder
11. Arithmetic Circuits
12. Cary Look Ahead Adders
13. Subtractors
14. 2′s Complement Subtractor And BCD Adder
15. ARRAY MULTIPLIER
16. Introduction to Sequential Circuits
17. S-R,J-K and D Flip Flops
18. J-K and T Flip Flops
19. Triggering Mechanisms of Flip Flops and Counters
20. UP/DOWN COUNTERS
21. SHIFT REGISTERS
22. Application of Shift Registers
23. STATE MACHINES
24. DESIGN OF SYNCHRONOUS SEQUENTIAL CIRCUITS
25. DESIGN USING J-K FLIP FLOP
26. MEALY AND MOORE CIRCUITS
27. PATTERN DETECTOR
28. MSI AND LSI BASED DESIGN
29. MULTIPLEXER BASED DESIGN
30. ENCODERS AND DECORDERS
31. Programmable Logic Devices
32. Design using Programmable Logic Devices
33. Design using Programmable Logic Devices
34. MSI & LSI based Implementation of Sequential…
35. MSI and LSI Based Implementation of Sequential
36. Design of Circuits Using MSI Sequential Blocks
37. System Design Example
38. System Design Example (Contd..)
39. System Design Using the Concept of Controllers
40. System Design Using the Concept of Controllers

Broadband Networks

1. Introduction to Broadband Networks
2. Qos in Packet Switching and ATM
3. ATM Networks
4. Effective Bandwidth -- I
5. Effective Bandwidth -- II
6. Traffic Descriptor in ATM
7. Calculus for QOS -- I
8. Calculus For Qos -- II
9. Packet Scheduling Algorithm Introduction
10. Fluid Fair Queueing and Weighted Fair Queueing
11. Virtual Time In Scheduling
12. Fairness of WFO and SCFO Scheduling Algorithms
13. Rate Proportional Servers
14. Latency Rate Servers -- I
15. Latency Rate Servers -- II And Delay Bounds
16. QOS In Best Effort Internet
17. TCP Congestion Control
18. Analysis of TCP
19. TCP Throughput
20. Buffer Management
21. IP Addressing Scheme
22. IP Addressing Lookup And Packet Classification
23. IP Over ATM
24. Differentiated Services Internet
25. Voice over IP
26. RTP
27. Metro Ethernet Access Networks
28. Metro Ethernet Access Networks

Circuit Theory

1. Review of Signals and Systems
2. Review of Signals and Systems
3. Network Equations; Initial and Final Conditions
4. Problem Session1
5. Step, Impulse and Complete Responses
6. 2nd Order Circuits:Magnet ically Coupled Circuits
7. Transformer Transform Domain Analysis
8. Problem Session 2 : Step,Impulse
9. Network Theorams and Network Functions
10. Network Functions(Contd .)
11. Amplitude and Phase of Network Functions
12. Problem Session 3 : Network Theorems Transform
13. Poles, Zeros and Network Response
14. Single Tuned Circuits
15. Single Tuned Circuits (Contd.)
16. Double Tuned Circuits
17. Double Tuned Circuits (Contd.)
18. Problem Session 4 : Network Functions, Analysis
19. Double Tuned Circuits (Contd.)
20. Concept of Delay and Introduction
21. Two-port Networks (Contd.)
22. Problem Session 5
23. Minor -- 1
24. The Hybrid & Transmission Parameters of 2 ports
25. Problem Session 6: Two -- port networks
26. Two -- port Network parameters
27. Two-port Interconnection s
28. Interconnection of Two-port Networks(Contd. )
29. Problem Session 7 : Two-port Networks(Contd. )
30. Scattering Matrix
31. Scattering Parameters of a Two-port
32. Problem Session 8 : Two- port Parameters
33. Solutions of Minor -- 2 Problems
34. Insertion Loss
35. Example of Insertion Loss and Elements
36. Elements of Realizability Theory (Contd.)
37. Positive Real Functions
38. Testing of Positive Real Functions
39. Problem Session 9
40. More on PRF’s and their Synthesis
41. LC Driving Point Functions
42. LC Driving Point Synthesis (Contd.)
43. RC and RL Driving Point Synthesis
44. Problem Session 10 : LC Driving Point Synthesis
45. RC & RL One-port Synthesis (Contd.)
46. Elementary RLC One-port Synthesis
47. Properties and Synthesis of Transfer Parameters
48. Resistance Terminated L C Ladder
49. Resistance Terminated LC Ladder ( Contd.)
50. Problem session 11: Two-port Synthesis
51. Network Transmission Criteria

Basic Electrical Technology

1. Basic Electrical Technology
2. Passive Components
3. Sources
4. Krichoff’s Law
5. Modelling of Circuit
6. Modeling of Circuit 2
7. Analysis Using MatLab
8. Sinusoidal steady state
9. Transfer Function and Pole Zero domain
10. Transfer function & pole zero
11. Transfer function & pole zero
12. The Sinusoid
13. Phasor Analysis
14. Phasor Analysis part 2
15. Power Factor
16. Power ports
17. Transformer Basics
18. Transformer Basic part 2
19. Transformer Basics part 3
20. The Practical Transformer
21. Transformer 2
22. The Practical Transformer Part 3
23. DC Machine
24. DC Machines Part 2
25. DC Generators
26. DC Generators 2
27. DC Motors
28. DC Motor 2
29. DC Motor 3
30. Three Phase System
31. Three Phase System 2
32. Three Phase System 3
33. Three Phase System 4
34. Three Phase Transformer
35. Three Phase Transformer 2
36. Induction motor
37. Induction Motor 2
38. Induction Motor 3
39. Induction Motor 4
40. Synchronous Machine

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Analog ICs

1. Basic Building Blocks In Analog ICs
2. Current Mirrors
3. Translinear Networks
4. Differential Amplifier
5. Differential Amplifier Characteristics
6. Video Amplifier and RF/IF Amplifiers
7. Cascode Amplifier
8. IC Negative Feedback Wide Band Amplifiers
9. IC Negative Feedback Amplifiers
10. Voltage Sources And References
11. IC Voltage Regulator
12. Characteristics and Parameters Of Voltage
13. Protection Circuitry For Voltage Regulator
14. Switched Mode Regulator And Operational
15. IC Operational Voltage Amplifier
16. General Purpose Operational Amplifier-747
17. Transconductanc e Operational Amplifier
18. Audio Power Amplifier and Norton’s Amplifier
19. Analog Multipliers
20. Analog Multipliers
21. Voltage Controlled Oscillator
22. Voltage Controlled Oscillator
23. Self Tuned Filter
24. Phase Locked Loop
25. Phase Locked Loop
26. Phase Locked Loop
27. Phase Locked Loop
28. Current Mode ICs

Basic Electronics

1. Introduction to Basic Electronics
2. Electronic Devices 1
3. Electronics Devices
4. Some Useful Laws in Basic Electronics
5. Some Useful Theorems in Basic Electronics
6. Semi Conductor Diodes
7. Application of Diodes
8. Wave Shaping using Diodes
9. Zener Diode Characteristics
10. Transistors
11. Transistor Biasing
12. Transistor Biasing
13. Basic Characteristic of an Amplifer
14. Hybrid Equivalent Circuit, H-Parameters
15. Circuit Analysis using H-Parameters
16. Frequency Response of Amplifiers
17. Frequency Analysis
18. Power Amplifiers
19. Differential Amplifiers CKT
20. Integrated Chip
21. Typical Characteristic of Operation Amplifier
22. Four Types of Feed Back
23. Four Types of Feed Back
24. Mathematical Operations
25. Mathematical Operations
26. Mathematical Operations
27. Characteristics of Operation Amplifier
28. Characteristics of Operation Amplifier
29. Characteristics of Operation Amplifier
30. Inverter/Non-In verter Circuits
31. Applications of Op Amps
32. Non-Linear Op Amp circuits
33. Applications of Op Amps
34. Active Diode Circuits
35. Oscillatiors
36. Logarthmic and Anti-Logarthmic Amplifer
37. Filters
38. Unit Junction Transistor
39. Silicion Controlled Rectifier
40. Field Effect Transistor

ERA is the longest running ECE review school in the country. They also have branches in Cebu and Baguio. They claim to have produced the highest number of Board topnotchers with 257 as of early 2001. They claim to also have comprehensive board exams and lectures that were designed in the manner that the actual board examinations are being conducted. And they boast of their Mathematics review director, Engr. Perfecto Padilla, with 100% board ratings in Mathematics. Like MITRC, ERA also offers cash incentive to topnotchers.

• Address

Rm. 409 4/f Dona Amparo Bldg., Tolentino St. cor Espana Blvd.,

Sampaloc, Manila

• Contact Number

735-7257

0918-838-1329

Roll of Successful Examinees in the ELECTRONICS ENGINEER LICENSURE EXAMINATION Held in MARCH 2009, Released on APRIL 1, 2009

For more than 15 years in the business, Consolidated Engineering Review & Training Institute (CERTII) developed a review program that has been unparalleled in the engineering review industry. CERTII offers excellent review courses for ECE (Electronics and Communications Engineering) and EE (Electrical Engineering) graduates. Through the years, CERTII has not only produced topnotchers, but also has assisted the top performing schools in preparing their graduates for the board examinations.