This project focuses on designing a complete microcontroller-based sensor control PCB using Altium Designer. It covers schematic capture, component library usage, PCB layout, and routing based on defined design rules. Signal integrity and power distribution are managed to ensure reliable operation. Manufacturing outputs such as Gerber files, drill files, and BOM are generated. The project reflects real-world embedded hardware design workflows used in industrial electronics products.

This project involves developing a multi-layer PCB for a high-speed communication interface using Altium Designer. It manages hierarchical schematics, differential pair routing, impedance control, and design rule enforcement. Advanced routing techniques are applied to minimize noise and signal loss. Design Rule Checks validate the board before fabrication outputs are created. The project reflects professional PCB design practices used in networking and telecom hardware.

This project focuses on designing an IoT device PCB while utilizing Altium 365 for collaborative design management. It covers schematic development, component placement, routing optimization, and version control in a shared workspace. Design reviews, comments, and release management are handled through cloud workflows. Final production files are prepared for manufacturing and assembly. The project reflects real-world collaborative PCB development environments used by modern electronics design teams.