From schematic capture and component libraries to multi-layer PCB layout, design rule checking, and Gerber fabrication output — master professional PCB design using Altium Designer and KiCad, the industry's leading EDA platforms for electronics hardware development.
From schematic capture and footprint libraries to multi-layer layout, signal integrity, DRC, and production Gerber output.
Master the full PCB design pipeline — capturing schematics with net assignments, building custom component footprints, placing and routing multi-layer boards with controlled impedance traces, running design rule checks, analysing signal integrity, generating production Gerber and drill files, and managing BOM for component procurement in Altium Designer and KiCad.
Hierarchical schematics, net labels, power ports, and custom schematic symbol creation in Altium and KiCad.
Creating custom schematic symbols and PCB footprints for SMD and through-hole components; IPC-compliant land patterns.
4- and 6-layer stack-up design, impedance-controlled traces, differential pairs, and via-in-pad for HDI boards.
Controlled impedance, length matching for DDR/USB/HDMI, EMI suppression, and SI simulation basics for high-speed boards.
Design Rule Check for clearances, drill sizes, silk-to-pad violations; Electrical Rule Check for shorts and unconnected nets.
Gerber RS-274X generation, NC drill files, IPC-2581, board pick-and-place files, and BOM for PCBA quoting.
Learn industry-standard Altium Designer (used by product companies) alongside the open-source KiCad (used in startups and academia), giving you the flexibility to work in any electronics hardware environment.
Every smartphone, EV, IoT device, satellite, and medical instrument runs on custom-designed PCBs. PCB designers are the unsung architects of the electronics age.
Smartphones, laptops, EVs, drones, medical devices, satellites — every electronic product in existence is built on a custom PCB.
IoT, EV, 5G, and semiconductor sectors are driving unprecedented demand for PCB design engineers, with double-digit growth year-on-year.
PCB design spans from simple single-layer Arduino shields to 20+ layer high-speed boards for data centres and aerospace systems.
Understanding DRC, signal integrity, and EMC makes PCB designers valuable across medical, defence, and automotive electronics.
PCB layout is one of the most remote-friendly engineering roles — global companies hire Indian PCB designers as freelancers and full-time remote employees.
From electronics fundamentals and schematic capture to multi-layer routing, signal integrity, and Gerber fabrication output.
Flexible pricing for video, live, and blended modes — reply within 24 hours.
PCB layout engineers are essential at every electronics company — from IoT startups and EV manufacturers to defence contractors and semiconductor giants.
Join hardware engineers and electronics designers who bring ideas to life by designing the printed circuit boards that power the modern world.