About 3BytePixel
At 3BytePixel creativity meets technology. This is where I share my journey through electronics, programming, and innovation, showcasing projects that bring ideas to life. Whether you're here to explore my work, collaborate on a project, or learn something new, I hope you find inspiration along the way.
I'm a tech enthusiast passionate about blending hardware and software to create smarter, connected solutions. For more about me, head over to the Developer section.
Thanks for stopping by—let’s build something amazing together!
Experience
Hardware Experience
Hands-On Electronics and Hardware Development
Microcontrollers: Extensive experience with Arduino, ESP32, and ESP8266, building projects that integrate sensors, actuators, and IoT devices.
Integrated Circuits (ICs): Proficient in working with components like NE555 timers, CD4017 decade counters, operational amplifiers to design functional circuits and many more.
Circuit Design and Soldering: Learning creating custom circuits, including freeform soldering and PCB assembly, for projects like LED displays, automated systems, and sensor networks.
Oscilloscope Mastery: Actively learning to measure and analyze signals for debugging and fine-tuning electronic systems.
Wireless Power Transfer & High Voltage: Exploring innovative technologies like wireless energy transfer and understanding the principles of high-voltage systems.
Software Experience
Programming and Cloud Integration
Programming Languages: Experienced in Python and C++ for microcontroller programming and automation tasks, with projects involving device control and data handling.
Cloud Services: Learning to understand Microsoft Azure and Google Cloud to set up IoT ecosystems, manage data collection, and enable device automation.
IoT Protocols: Previous experience with implementing communication protocols like MQTT for efficient and reliable data exchange between devices. But also I2C, SPI, UART and more...
Microcontroller Programming: Writing efficient and robust code for Arduino and ESP32, including firmware for sensor data collection and actuator control.
Data Analysis & Automation: Leveraging cloud-based platforms to process sensor data, trigger automated responses, and optimize system performance.
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