I provide advanced hardware engineering services focused on power electronics, multilayer PCB design, control systems, and embedded hardware development for industrial, research, and product-based applications. My work is centered on building reliable, production-ready electronic systems that move beyond simulation and perform effectively in real-world environments.
I support clients from initial concept and system architecture through schematic design, PCB layout, simulation, validation, and final manufacturing documentation. Each design is developed with careful attention to signal integrity, grounding strategy, power distribution, EMI reduction, and thermal management to ensure stable and efficient operation.
Core services offered:
✓ Power electronics converter design (DC-DC, buck/boost, full-bridge, inverters)
✓ Motor drive and control system hardware
✓ Multilayer PCB design (2-layer & 4-layer)
✓ Embedded hardware circuit development
✓ Control system modeling and validation
✓ Hardware optimization and troubleshooting
✓ Manufacturing-ready documentation
Advanced project experience includes:
✓ Grid-connected inverter systems
✓ High-efficiency DC-DC converter hardware
✓ Motor control and drive electronics
✓ Industrial embedded control boards
✓ Sensor and communication interface boards
✓ Power management and regulation circuits
✓ Custom control boards for research systems
Each project is developed with production in mind, ensuring clean schematic architecture, optimized PCB routing, and reliable power distribution. Designs are structured for manufacturability, testing, and long-term scalability.
Tools and software used:
✓ Altium Designer (professional PCB design)
✓ KiCad (multilayer PCB layout)
✓ MATLAB & Simulink (control and system modeling)
✓ LTspice / PSpice (circuit simulation)
✓ Proteus (embedded testing and validation)
✓ 3D PCB visualization tools
✓ Oscilloscope and hardware validation workflow
What clients receive:
✓ Complete schematic and PCB layout
✓ Gerber files and fabrication package
✓ Bill of Materials (BOM)
✓ Assembly drawings
✓ Simulation results
✓ Clear documentation
✓ Engineering support during development
I focus on delivering structured, well-documented engineering solutions that are practical, scalable, and ready for manufacturing. Whether you are building a prototype, developing an industrial product, or improving an existing design, I aim to provide reliable hardware solutions with strong technical foundations.
If you require a dedicated hardware engineer for power electronics, PCB development, or control system hardware, feel free to reach out to discuss your project requirements and technical goals.