Master Printed Circuit Board design from schematic capture to multi-layer routing and manufacturing. Learn industry-leading tools like Altium Designer, KiCad, and Eagle with 100% placement support.
A step-by-step journey from creating custom component footprints to exporting final manufacturing files.
Every module focuses on practical design skills required to build professional-grade electronic products.
Understanding through-hole vs. SMD components, PCB types, and the overall design lifecycle.
Reading datasheets, IPC standards for footprints, and creating custom component libraries.
Drafting logical circuit diagrams, hierarchical schematics, and performing basic circuit simulations.
Navigating and setting up projects in industry-standard tools like Altium Designer, KiCad, and Eagle.
Board outlines, layer stackup (Single/Double/Multi-layer), and strategic component placement.
Interactive routing, ground/power planes, blind/buried vias, and polygon pours.
Managing crosstalk, decoupling capacitors, ground loops, and ensuring robust power delivery.
Differential pairs, length matching, controlled impedance routing, and electromagnetic compatibility.
Design Rule Checks (DRC), fiducials, panelization, and ensuring manufacturability.
Designing a complete multi-layer board, generating BOM, Pick & Place files, and exporting Gerber files.
You'll emerge as a competent Hardware Design Engineer capable of taking an idea from schematic to a manufactured board.
Transform conceptual logic and datasheets into error-free electronic schematics.
Master component placement, dense routing, and multi-layer stackup configurations.
Become proficient in navigating and designing within top EDA software environments.
Handle high-speed signals, impedance control, and EMI mitigation techniques effectively.
Generate flawless manufacturing files (Gerbers, Drill files, BOM) that pass factory checks.
Build a strong hardware portfolio to secure roles in IoT, Automotive, and Consumer Electronics.