At the Intersection of Mechanics, Electronics & Software
I am a Mechanical Engineer & Embedded Systems Developer passionate about designing integrated smart products.
I am a Mechanical Engineer and Embedded Systems Developer passionate about designing and building smart products at the intersection of mechanics, electronics, and software. I believe the best engineering solutions emerge when these three domains come together seamlessly.
My primary focus lies in the design and development of Embedded Systems, Internet of Things (IoT), Connected Car software architecture, mechanical design, and 3D modeling with SolidWorks. In every project, I strive to deliver solutions that are not only technically sound but also scalable, maintainable, and standard-compliant.
// Embedded Systems & IoT
On the Embedded side, I utilize C, ESP-IDF framework, FreeRTOS, MQTT protocol, and hardware like ESP32 and Raspberry Pi. I place high emphasis on modular architecture, efficient resource management, inter-module communication, and clean code quality.
// Mechanical Design & CAD Modeling
In mechanical design, I use SolidWorks, CATIA, and AutoCAD for part modeling, complex assemblies, 3D simulation, and technical documentation. My goal goes beyond creating a component—I build manufacturable, real-world solutions.
One of my key focus areas is Connected Car technology and automotive electronic systems. I aim to contribute to the next generation of automotive systems by fusing mechanical domain knowledge with Embedded Systems and smart communications.
Alongside engineering execution, teaching is an essential part of my journey. I conduct project-based private and public SolidWorks courses to empower students and engineers with industry-ready skills.
If you are looking for collaboration in Embedded Systems development, IoT product design, mechanical CAD projects, SolidWorks modeling, or technical consultation, I would be glad to help bring your ideas to life.
// Core Pillars
Embedded Systems & IoT
C/C++, ESP-IDF, FreeRTOS, and low-power wireless architectures.
Mechanical & CAD Design
3D modeling, assembly, sheet metal, and DFM in SolidWorks.
Connected Car Technologies
CAN-Bus protocols, automotive telematics, and sensor data processing.