SUMMARYI am Muhammad Azlisam Bin Mohd Idris, holding a Bachelor’s Degree in Microelectronic Engineering from UniMAP. My extensive skill set includes ARM Cortex-M3 microcontroller programming, analog circuit design using Cadence OrCAD, JavaScript for web development, BLE integration with the nRF52840, MySQL, and PHP for data management. Proficient in embedded systems, electronics, web technology, and databases, I specialize in crafting integrated solutions that bridge the physical and digital world for diverse applications. My most recent achievement, securing a CCSD certificate in big data with Python within a mere week of training, serves as a testament to my prowess in handling and analyzing extensive datasets using Python and Excel.EDUCATIONSBachelor's Degree of Microelectronic EngineeringUniversiti Malaysia Perlis | October 2020 - October 2023Graduated with CGPA 3.10Completed the Intel-University VLSI Bootcamp (March 2022-June 2022): Introduction to VLSI, Register-Transfer Level (RTL), Design for Excellence (DFx), Pre-Silicon Validation, Post-Silicon Validation Completed the training for Certified in Big Data with Python (August 2023)USAINS Train & Place Upskilling Program (September 2023-October 2023): Embedded System & IOT TrackFINAL YEAR PROJECTSBachelor's Degree of Microelectronic EngineeringFYP Title: Design and Simulation of Rectangle Silicon Nanowire Field Effect TransistorIntroduction: The project aims to design and simulate Silicon Nanowire (SiNW) Field-Effect Transistors (FETs) using Silvaco 3D Atlas Simulation. It includes investigating the electronic properties and miniaturization effects of SiNW FETs, along with analyzing their potential for label-free, real-time biomolecule detection, particularly in biosensing applications.Software included: Silvaco ATLAS, LISA.Diploma in Microelectronic EngineeringFYP Title: Remote Vehicle Control of Fire Extinguisher using Dual Tone Multiple Frequency (DTMF)Introduction: Remote Vehicle Control of Fire Extinguisher using Dual Tone Multiple Frequency (DTMF) is a prototype system designed for quickly responding to fires in industrial settings or large facilities. It allows for remote control of a vehicle equipped with a fire extinguisher through DTMF signals, enhancing safety and efficiency. In emergency situations, this technology enables the vehicle to be directed remotely to the fire's location and deploy the extinguisher, reducing the need for direct human intervention and minimizing potential risks.