Profile of Shakawat Hossain
Shakawat Hossain
Co-founder and Lead Innovator
Education
2025
BSc in EEE -
From UU
Skills
Python
Embedded Systems Programming
Research & Development (R&D)
IoT System Development
C++
Instrumentation & Sensor Integration
Java
Control Panel Design & Wiring
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About Me
I’m Shakawat Hossain, the co-founder and lead innovator behind this platform.
With a diploma in Electrical Engineering from the Institute of Technology and Textile Engineering in Pabna, my journey began with a deep fascination for circuits, systems, and sustainable solutions. From an early age, I was driven by a desire to understand how things work — and more importantly, how to improve them.
At VoltACDC Lab, I channel my passion into creating intelligent, real-world electronic solutions. From microcontroller-based systems and sensor integration to load management and automation, I specialize in building efficient, user-friendly projects that solve everyday challenges. Whether it’s smart control panels, energy monitoring systems, or weight-based automation, each project is driven by precision, purpose, and innovation.
My goal with VoltACDC Lab is not just to build — but to share, educate, and inspire. Through documentation, tutorials, and open innovation, I hope to empower others who share the same excitement for electronics and sustainable engineering.
Let’s innovate a smarter future, one project at a time.
Experience
I am an experienced and passionate electrical engineering professional with a strong foundation in electronics, automation, and embedded systems. Over the years, I have designed and developed a wide range of real-world projects involving microcontrollers like Arduino, ESP32, and AVR-based platforms, integrating components such as HX711 load cells, I2C LCD displays, 4×4 keypads, SSR relays, and various sensors.
My expertise includes:
Embedded System Design: Developing customized hardware-software solutions for industrial and lab-scale automation using Arduino and other microcontroller platforms.
Menu-Based Interface Development: Creating multi-level, password-protected menu systems with EEPROM memory for real-time device configuration and control.
Sensor Integration: Working with gas sensors, temperature and humidity sensors, flame detectors, and flow monitoring systems to build intelligent safety and monitoring solutions.
Load Cell Projects: Advanced weight-based automation systems using the HX711 amplifier with complex logic for tare, net, and tolerance management.
Communication Systems: Implementing GSM-based control via the A9G module for remote SMS-based device control.
Creative Problem Solving: Building efficient and user-friendly systems from concept to final implementation, with strong attention to detail and system reliability.
