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Schedule Interview NowAt Softaims, I have been fortunate to work in an environment that values creativity, precision, and long-term thinking. Each project presents a unique opportunity to transform abstract ideas into meaningful digital experiences that create real impact. I approach every challenge with curiosity and commitment, ensuring that every solution I design aligns not just with technical requirements, but also with human needs and business objectives. One of the most rewarding aspects of my journey here has been learning how to bridge the gap between innovation and practicality. I believe technology should simplify complexity, enhance efficiency, and empower people to do more with less friction. Whether building internal systems, optimizing workflows, or helping bring client visions to life, my focus remains on developing solutions that stand the test of time. Softaims has encouraged me to grow beyond coding—to think about design, communication, and sustainability in technology. I see every project as part of a larger ecosystem, where small details contribute to long-lasting results. My daily motivation comes from collaborating with people who share the same passion for doing meaningful work, and from seeing the tangible difference our efforts make for clients around the world. More than anything, I value the culture of learning and improvement that defines Softaims. It’s a place where ideas evolve through teamwork and constructive feedback. My goal is to continue refining my craft, exploring new approaches, and contributing to solutions that are not only efficient but also elegant in their simplicity.
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Designed and developed an Electronic Magnetic Projectile Accelerometer using KiCAD for PCB design and ESP32-S3 for firmware development. The system measures and analyzes projectile acceleration with high accuracy, featuring real-time data acquisition and communication. Responsibilities included hardware design, firmware programming, and system optimization. Delivered PCB files, firmware code, and detailed documentation, ensuring a reliable and efficient embedded solution.
I developed a smart home automation system using the ESP32-H2 with Thread protocol, enabling seamless communication between sensors and actuators for efficient control and monitoring of home devices.
I developed a system using the ESP32 that features an Analog-to-Digital Converter (ADC) to convert analog audio signals into digital data for processing, along with Bluetooth Low Energy (BLE) audio support for low-power wireless audio streaming, making it ideal for applications like wireless headphones and smart speakers.
Bachelor's degree in Electrical engineering
2005-01-01-2009-01-01