Muhammad Luqman Afiq Bin Mohamed Lias

Dedicated and driven, this Bachelor of Engineering (Hons.) in Electronic Engineering graduate has a CGPA of 3.21 and is looking to use technical skills and theoretical knowledge in a fast-paced engineering setting. Eager to contribute successfully to organizational objectives while gaining new knowledge and insights on the market. Ready to contribute high levels of energy, flexibility, and problem-solving skills in the pursuit of becoming a skilled and seasoned engineer, and dedicated to ongoing professional development.

Final Year project (Smart Automation Home System) 2021

• Responsible in leading a group of two (2) members in making the hardware and software of the project in a research and application of the voice recognition for the Smart Automation Home System using (IoT) Internet of Things with Google Assistant and Blynk App.

Mini-Project (Smart Voting System) 2022

• Designed a system for advanced voting system using Arduino hardware to mobile phone to calculate the count of voting for which party and the entry and exit for the voting room.

Mini-Project ( Shipping Database System) 2023

• Worked with a team member of five (5) in developing and designing the ships database system using Python programming to calculate the power consumption and distance traveled by the ship.

VLSI System Design 2025

• Implementation of 32-bit single cycle arm microprocessor on 32nm technology which utilized Synopsys IC Compiler to design the layout of a 32-bit single-cycle ARM microprocessor, performed tasks such as floor planning, placement, clock tree synthesis (CTS), routing and ongoing optimization throughout all stages including DRC and LVS verification.

Advanced Digital Design and Comp Architecture 2024

• Designed of a 32-bit single cycle RISC-V microprocessor using FPGA design flow and added new instructions into the 32-bit single RISC-V microprocessor from the basic core, utilizing intel Quartus Prime for Verilog programming RTL synthesis.

Final Year Project ( Niobium Oxide as Saturable Absorber for Q-switch and mode locked laser)

• Research the Q-switching performance of erbium-doped fiber lasers with a Niobium oxide thin film absorber mixed with PVA solution to obtain the potential for ultrahigh-performance fiber laser applications which makes it low-cost pulsed laser systems in industrial and medical applications.