About
Iβm a highly skilled PCB Designer & Electronic Engineer with years of experience in circuit design, embedded systems, and firmware development. I turn your concepts into production-ready, reliable, and efficient electronic solutions β from the first schematic to the final tested prototype.
π‘ My Expertise Includes:
PCB Design & Layout (Single-layer, Multi-layer, Rigid, Flexible, High-speed)
Schematic Design & Circuit Simulation
Embedded Systems Development (ESP32, STM32, Arduino, Raspberry Pi, AVR, PIC, ARM)
IoT Solutions & Wireless Communication (Wi-Fi, Bluetooth, LoRa, Zigbee, GSM)
Firmware Development (C, C++, MicroPython, Arduino IDE, PlatformIO)
Prototyping & Testing
PCB Manufacturing Files (Gerber, BOM, Pick-and-Place)
Sensor Integration (Temperature, Motion, GPS, Pressure, etc.)
Power Electronics & Battery Management Systems
Analog & Digital Circuit Design
Product Development for Mass Production
π Tools & Software I Use:
KiCad | Altium Designer | EasyEDA | Proteus | Eagle | OrCAD | SolidWorks (for enclosures)
π Why Work With Me?
β Industry-standard quality
β Fast and reliable delivery
β Clear communication & regular updates
β Tailored designs that meet your exact requirements
β Post-delivery support and revisions
Whether you need a small custom PCB, a complete IoT product, or complex industrial electronics, I can bring your project to life on time and within budget.
Letβs design something amazing together!
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Experience
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Embedded Hardware and Firmware Engineer
Faith heroic generation Β· Freelance
Mar 2024 –
Present
1 yrs 9 mos
United States
Project Overview:
This project involves the design and development of a Smart Home Energy Monitoring System that tracks and analyzes real-time electricity consumption using an ESP32 microcontroller. The device measures voltage, current, and power usage through precise sensor integration and sends the data to a cloud-based dashboard for visualization.
Key Features:
Real-time Power Monitoring: Measures voltage, current, and calculates power consumption using non-invasive current sensors (CT sensors).
Wi-Fi Connectivity: Sends energy data to an online IoT platform (e.g., Blynk, MQTT broker, or Firebase) for remote monitoring.
Mobile & Web Dashboard: Provides users with graphs, daily/monthly energy usage reports, and cost estimation.
Alert Notifications: Sends notifications when power consumption exceeds user-defined limits.
Data Logging: Stores historical energy data for analysis and optimization.
Low Power Mode: Optimized firmware ensures minimal energy usage by the monitoring unit itself.
Hardware Components:
ESP32 Development Board
SCT-013 Current Transformer (CT) Sensor
Voltage Sensor Module
OLED Display (for local reading)
Power Supply Module (5V regulated)
Software & Tools Used:
Arduino IDE with ESP32 libraries
MQTT protocol for IoT data transfer
Blynk / ThingsBoard / Firebase for cloud data visualization
KiCad / EasyEDA for PCB design
C/C++ Embedded Firmware for ESP32
Applications:
Home and office energy monitoring
Industrial power usage tracking
Solar energy production monitoring
Education
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Obafemi Awolowo University
Master, Electronic Engineering Technology, MASTER
2019 – 2026
(expected)
Activities and Societies:
PCB DESIGN, 3D MODELING
MY SSCHOOL MAKE SURE YOU UNDERSTAND EVERY DETAILS OF YOUR FILED BEFORE YOU CAN GRADUATE