NAV_SYSTEM_v2.6

> STATUS: ENCRYPTED_SESSION

> CORE: HARDWARE_V1

System.Initialize()

Engr. Muquit

> _

01. PROFILE_OVERVIEW

Engineering Intelligent Hardware for a Smarter World.

I am a Hardware Design Engineer with a passion for turning complex problems into elegant, manufacturable PCB assemblies. My work focuses on the intersection of high-speed digital design and low-power embedded systems.

I specialize in creating high-performance PCB assemblies with a focus on signal integrity and power distribution. My passion for problem-solving drives me to continuously learn and adapt to new challenges in the hardware space. I am committed to leveraging my technical expertise to build innovative solutions that have a meaningful, positive impact on people's lives worldwide.

PCB Design

Full Hardware Product Design

Complete electronic product development from concept, architecture and schematic design to production-ready hardware.

Hardware Prototyping

Rapid prototyping and proof-of-concept development to accelerate product validation and iteration.

PCB Design

High-speed multilayer PCB design, impedance control, power integrity and signal integrity optimization.

PCB Bring-Up & Testing

Board debugging, hardware validation, firmware bring-up, performance testing and production verification.

PCB Manufacturing & Assembly

PCB fabrication, component sourcing and turnkey PCB assembly through trusted manufacturing partners in China.

PCB Enclosure Design

Custom mechanical enclosure and product housing design optimized for manufacturability and assembly.

Video Thumbnail

02. WORKFLOW_ENGINEERING

My Design Process

STEP_01

Get Requirements

Defining project scope, functional specs, and constraints.

STEP_02

Components Research

Selecting parts based on availability, cost, and performance.

STEP_03

Schematics Design

Capturing the logical architecture and circuit connectivity.

STEP_04

Placement on PCB

Physical layout of components for optimal signal flow.

STEP_05

Set Design Rules

Aligning design constraints with manufacturer capabilities.

STEP_06

PCB Routing

Interconnecting nets with focus on EMI and signal integrity.

STEP_07

Design Rule, DFM/DFA Check

Automated verification (DRC) to ensure zero design errors.

STEP_08

Export Production Files

Generating Gerber, BOM, and Pick & Place packages.

STEP_09

Place Order

Final procurement and fabrication hand-off.

03. Projects

Featured Projects

Want to View More Projects?

04. TECHNICAL_STACK

Hardware & Lab Gear

CAD_SOFTWARE

  • Altium Designer
  • KiCad
  • EasyEDA
  • Proteus
  • FreeCAD (ECAD)

PROTOTYPING

  • JLCPCB / PCBWay Workflow
  • DFM / DFA Analysis
  • BOM Optimization
  • Stencil & SMT Assembly

LAB_HARDWARE

  • Digital Oscilloscope
  • Logic Analyzers (Saleae)
  • Multimeters
  • Soldering
Comm_Link_01

READY TO BOOT
YOUR NEXT PROJECT?

// CURRENT_STATUS: LISTENING_FOR_INPUT
Hardware design challenges accepted.

Available Link: Encrypted Protocol: AES-256 Lat: 0ms

05. LEARNING_PATH

Learn PCB Design

GET_FREE_COURSE

01_EDA_WORKFLOW

Schematic & Footprint

Mastery of EasyEDA & KiCAD for custom symbol architecture and mechanical constraints.

02_SYSTEM_ARCH

Embedded Interfacing

ESP32 integration, I2S audio, SPI communication, and complex power tree mapping.

03_POWER_LOGIC

Analog & Control

MOSFET switching, relay integration, and motor control for industrial applications.

04_PRODUCTION

DFM & Logistics

Reverse engineering, PCB panelization, and Gerber/BOM generation for JLCPCB.

06. ENGINEER_GEAR

Get Engineer Stickers

Precision-cut Paper stickers for engineers. High-grade engineering aesthetics.

PCB Sticker HARDWARE ENGINEER
Mech Sticker MECHANICAL ENGINEER
IC Sticker IC DESIGN ENGINEER
Software Sticker SOFTWARE ENGINEER
DSP Sticker DSP ENGINEER
ORDER_STICKER_PACK_v1.0