KUALA LUMPUR, MY

WELCOME TO MY PORTFOLIO

system@portfolio:~

Initializing engineering portfolio...

SYSTEM CAPACITY
13°24'35"N 2°11'20"E
0% INITIALIZING MAIN SYSTEMS
> BOOTING INDUSTRIAL OS
> ENGAGING CORE REACTORS
> CALIBRATING SENSORS

Welcome to My Portfolio

Pedro Fabian Owono

Bridging software solutions through innovative engineering and computational thinking.

Engineering Projects

Machine Vision and Intelligence

Python OpenCV TensorFlow

Developed a vision-based hand gesture recognition system using machine learning techniques.

OOP with C++ Programming

C++ OOP Inventory Management

Developed an inventory and purchase management system using encapsulation and polymorphism.

Digital Signal Processing

MATLAB Signal Processing Filter Design

Analyzed and filtered noise using advanced DSP techniques.

VLSI Report and Lab

VHDL FPGA Digital Design

Designed VHDL-based digital components like multiplexers and counters.

{ CORE COMPETENCIES }

TECHNICAL ARCHIVE

PROGRAMMING Python · C · C++ · Java · R
WEB SYSTEMS HTML · CSS · Figma · JavaScript
EMBEDDED TECH ROS2 · Raspberry Pi · Arduino

OPERATIONAL DOMAINS

Autonomous Robotics
3D Prototyping
IoT Architecture
System Optimization

MISSION SUCCESSES

Car Rental System (Java)
Gesture Recognition AI
Advanced DSP Systems

[ OPERATIONAL HISTORY ]

ENGINEER INTERN

ASIA PACIFIC UNIVERSITY // INTERNSHIP PROTOCOL
ACTIVATION PERIOD JUN 2024 - SEP 2024
OPERATION ZONE MALAYSIA HQ
CORE FUNCTIONS
3D System Fabrication Motion Vector Mapping Kinematic Optimization
Enhanced robotic operational parameters by 37% through dynamic motion recalibration
Spearheaded multi-axis printing initiatives for complex component fabrication

About The Engineer

Pedro Fabian Owono

Pedro Fabian Owono

>_ PROFILE STATUS: [OPERATIONAL]

$ education
BEng Computer Engineering (Hons) Asia Pacific University of Technology & Innovation
MSc of Engineering De Montfort University (DMU), UK
Expected Completion: September 2025
$ specialties
Programming IoT Architecture Software Development
$ expertise
Embedded Systems
System Integration
Full-Stack Solutions

Primary Objective: Architecting scalable systems that synergize cutting-edge software with advanced hardware solutions, driving technological innovation through full-stack engineering excellence.

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