1. Yeoh Wei Liang
Address
46, Lorong Sutera 5
Taman Sutera
13700, Seberang jaya
Pulau Pinang
Mobile No. Email
016-4268621 yeohwl91@gmail.com
Personal Particulars
Age : 24 Date of Birth : 7 July 1991
Nationality : Malaysia Gender : Male
Maritial Status : Single IC No. : 910707-07-5405
Permanent Residence : Malaysia
Educational Background
Highest Education
Level : Bachelor’s Degree Grade/CGPA : 3.63
Major : Electronic Engineering
University : University Malaysia
Perlis
Located in : Malaysia
Languages
Proficiency (0=Poor - 10=Excellent)
Language Spoken Writen
Bahasa Malaysia 7 7
English 7 7
Mandarin 9 8
Computer Skills
• Microsoft Office World, PowerPoint, Excel • 8085 microprocessor programming
• C programming • Arduino programming
• Visual Basic • FPGA
• LabVIEW • Mentor Graphics
• Keysight VEE PRO • Verilog
• Modelsim, Altera Quartus 2 • VHDL
• Scilab-5.4.1 • AutoCAD
• 8051 microcontroller programming • OrCAD

2. Personal Qualities
I am trustworthy person, have a good self-confident. Besides, I am able to be a good leader in the group
work, I can cooperate and communicate with my team members effectively. Furthermore, I possessed
excellent interpersonal skills, determined, creative and good in decision making and interacting with people
at all level. I am computer literate and a fast-learner person. Other than that, I am creative which is able to
design. Moreover, I am discipline while doing work and I am able to submit the work at a given time.
Preferred Work Style
I would like to work in a competitive environment, where I can be challenged to perform and be recognized
for my performance. Besides that, I prefer to work in organized environment, so that I can perform my task
more efficiency. I would like to think that I am ambitious and realistic about my chances of completing a
task successfully and contribute positively in company.
Subjects Taken
• Engineering Mathematics I, II & III • Digital Integrated Circuit Design
• Engineering Statistic
(Engineering Mathematics IV)
• Microcontroller
• Engineering Mathematics I, II & III • Communication Engineering
• Engineering Material
• Engineering Skills
• Engineering Entrepreneurship
• Ethnic Relations
• Introduction to Electric Circuit • Thinking Skills
• Programming Language • Control Engineering
• University Malay Language • VLSI Design
• Fundamental of Electrical Engineering • Electronic Project Design
• Digital Electronic Principles I & II • Power Electronics
• Engineering Writing I • Engineering Society
• Semiconductor Fundamental • Islamic & Asia Civilisation
• Skills & Technology in Communication • MEMS Design and Fabrication
• Basic English • Computer Organization Architecture
• University English • Analogue Integrated Circuit Design
• Thermodynamic in Electronics • Instrumentation
• Electronic Devices • Engineering Management
• Electromagnetic Theory • Reliability and Failure Analysis
• Introduction to IC Design • System on Chips
• Introduction to Microprocessor Design • Digital Signal Processing
• Signal Analysis • Final Year Project
• Analogue Electronics I & II

3. Seminar and extra-curricular activities
• Involved in Engineering Student Competition of Sustainability & Assertiveness 2014 (Gold Medal)
• Involved in I-envex 2015(Silver Medal)
• Involved in UniMAP Expo 2015(Silver Medal)
• Involved in Quick Start to NI LABVIEW and MyRIO Platform Training for Innovate Malaysia Design
Competition 2015
• Involved in a Community Program organized by UNIMAP
• Involved in program ‘Patriotisme & Jati diri’ organized by UniMAP
• Environment Forum at Dewan Kapitol, Kangar, Perlis
• Took part in co-curricular weightlifting
• First Aider Seminar (2013)
• Involved in a talk by Fuji Company
Working Experience
• R&D Engineer Trainee at Myreka Technology, Bayan Lepas (July 2014)
• Part-time promoter at Studio Sunway Carnival, Pulau Pinang. (July 2013)
• Part-time retailed assistance at Popular Sunway Carnival, Pulau Pinang. (February 2011)
• Part-time accountant assistance at Keluarga Utama, Pulau Pinang. (June 2011)
• Part-time promoter at Parkson Sunway Carnival, Pulau Pinang. (February 2009)
Preferences
Willing To Travel : Yes
Willing to Relocate : Will Consider
Possess Own Transport : Yes
Academic Projects
Nail attractor robot
Description: The main function of the robot is to keep the floor free of nail and other metal things. The
robot have 2 motors, line sensor, ultrasonic sensor, infrared red sensor, RF receiver and transmitter. The
robot have 3 different movement mode, there are line follower, obstacle avoider and remote control. The
movement of the robot is switch by remote control. For the line follower mode, the robot moving by
following the line on the floor. For the obstacle avoider mode, the robot is straight until it sense the
obstacle in front at a certain distance will make a turn to avoid the obstacle. Furthermore, the robot can
be remote by using controller.
Keypad lock system
Description: The keypad lock system is running by using microcontroller 8051. The keypad lock system
have the features of set-able pin, set-able time, infrared red sensor to sense who break in the door then
activate the alarm, and the time of break in the door will be send to the computer via serial
communication and recorded. The interrupts have been used for this project are external interrupt, timing
interrupt and serial interrupt.

4. Traffic light system
Description: The T-junction traffic light system is designed by using Altera Quartus II. The traffic light
system has the countdown 7 segment display for red light and green light of each of the traffic light. This
designed is using the method of FSM and design the gate level circuit by using Altera Quartus II. Then, the
software is simulated by Altera DE2 board.
Water level control system
Description: The water level control system is running by using microprocessor 8085. This project is using
water level sensor to sense the water in the tank and stop the water pump to pumping motor when the
tank is full. The water pump is DIY by using toy’s DC motor and some plastic materials.
D flipflop
Description: The D flip flop IC is designed with drawing the schematic, stimulation the testbench, run eldo
to view the waveform and the layout is drawn follow the rules and check by run DRC and LVS to make sure
that is no error.
Final Year Project
Biomedical Signal analyzer using LabVIEW
Description: In this project, an algorithm that can interpret the ECG signal is developed by using LabVIEW.
The aim of this project is to allow all the public to detect their early stage of critical disease at their home.
So, the patient can visit the doctor once the early stage of disease is detected before the disease is going
to serious and difficult to be cured. By this algorithm, many lives of this world can be saved.
References
Name DR. RIZALAFANDE BIN CHE ISMAIL
Telephone No. 04-9885551
Position DEAN
Company UNIVERSITI MALAYSIA PERLIS
Relationship DEAN OF MICROELECTRONIC ENGINEERING
Name DR. ALA’EDDIN AHMAD JABER SAIF
Telephone No. 04-9885538
Position UNIVERSITI MALAYSIA PERLIS
Company ACADEMIC ADVISOR
Relationship alaeddin@unimap.edu.my