Dennis Wong Guan Ming 黃冠銘

Education

• The Hong Kong University of Science and Technology ---------(2019 ~ 2023) Grade: 2nd Class Honors, Division I
• National University of Singapore Academic Exchange Program --------(2022) Grade: N/A
• Foon Yew High School -----------------------------------------------(2013 ~ 2018) Grade: 6A, 2B

Professional Experience

• R&D Engineer @ ViE Technologies (a subsidiary of Vitrox Corporation) Company Website
• Consulting Intern @ Deloitte Advisory (Hong Kong) Limited Company Website
• Firmware Engineer Trainee @ Genev Limited Company Website

Academic Projects

No.	Course	Description
1.	ELEC4900: Final Year Design Project FPGA-Controlled Single Refreshable Braille Character	Project Poster Project Abstract Demo Video FYP Award Github
2.	EE2026: Digital Design - Digital Sound Level Meter	Project Report Demo Video Github
3.	ELEC3300: Introduction to Embedded Systems - Arcade System	Demo Video

Project Photo Gallery

Extra-Curricular Activities

• Redbird EV Racing
• Hong Kong Malaysian Student's Association About HKMSA
• Electronic and Computer Engineering Student Ambassador

Relevant Skills

• Programming: C/C++, Java, Python, Verilog, VHDL, HTML, CSS, Javascript
• General PC: MS Office, Power BI
• Applications: Matlab, Power BI, LTSpice

Course Taken

1. ELEC1100: Introduction to Electro-Robot Design
2. EE2026: Digital Design
3. ELEC2400: Electronic Circuits
4. ELEC3300: Introduction to Embedded Systems
5. Digital Systems: From Logic Gates to Processors

Photo Gallery

1. What is Electronic Engineering?
   The words “electrical” and “electronic” may sound the same but they aren’t the same thing.
   Electrical engineering deals with designing, developing and testing electrical systems, machinery and equipment. Electronic engineering, on the other hand, deals with designing, fabricating and operating electronic circuits and devices.
   An in-depth understanding of both is required given that most modern appliances use a combination of electrical and electronic circuitry. Take a washing machine, for instance. It has an electrical circuit that powers the machine when there is an electric current. When you press the buttons to set the water temperature and duration of the wash cycle, these are interpreted by the electronic circuit, which sends signals to the electrical circuit to operate the motor and heater for the set duration.
   As you can see, both electrical and electronic circuits are crucial in many devices, which is why this field of engineering is often offered as a single course in most universities.
   What are some of your career prospects?
   As an electrical and electronics engineer, you can find career opportunities with various industries, such as power and utilities, telecommunications, manufacturing, transport and electronics industries. Some of your career prospects include:
   Electrical engineer: Design, develop and maintain electrical equipment and systems used in industries such as utilities, manufacturing and transportation
   Electronics engineer: Design, develop and test components, devices and systems for electronics and electrical equipment
   Telecommunications engineer: Design, build and test equipment related to the transmission of information across a channel (e.g. wire cables, optic fibres, satellites)
   Computer engineer: Design computers and computer systems in terms of hardware such as microprocessors and circuit boards
   Is electrical and electronic engineering a good fit for you?
   Do you have a knack for physics and numbers, love fixing and sprucing up your electronic gadgets and have your finger on the latest news in the tech world? Electrical and electronic engineering might be your perfect match.
   
2. Power Electronics
   Read about Power Electronics
3. RTL Design
RTL is short for register transfer level. At this level, the details of how data are moved between and within subsystems are described in addition to how the data are manipulated based on system inputs.
4. Combinatioal Logic
Digital circuits that implement one or several switching funcitons, in such a way that, at any time, the output signal values only depend on the input signal values at the same time.