Build industry-ready PCB design skills from fundamentals to manufacturing. This course covers electronics hardware basics, schematic design, component selection, multi-layer PCB layout,footprint creation, and Gerber file generation using professional PCB design tools.
PCB design, or Printed Circuit Board design, is the process of arranging and connecting electronic components on a non-conductive board.
This involves converting a circuit diagram into a physical layout that strategically positions components and links them with conductive traces.
PCB designers utilise specialised software to arrange components, route connections, and ensure that the design adheres to both electrical and mechanical specifications.
The resulting files, usually in Gerber format, are then used for manufacturing, creating functional PCBs that power electronic devices across multiple industries.
Extensive expertise in both the hardware and software aspects of PCB design.
Developing and understanding schematic diagrams that illustrate the electrical connections and relationships between components.
Designing and optimising the physical layout of components on the PCB, taking into account factors such as size limitations, signal integrity, and thermal management.
Generating detailed design documentation, including Gerber files, bill of materials (BOM), assembly drawings, and ensuring compliance with industry standards and regulations.
Anyone interested in developing electronic products or projects with PCB design, or those seeking a rewarding career in PCB design, will find exciting opportunities.
Anyone interested in developing electronic products or projects with PCB design, or those seeking a rewarding career in PCB design, will find exciting opportunities.
Hear from students and partners who have experienced our training programs firsthand.
“The hands-on training completely transformed my career. Within 3 months of completing the Embedded Systems program, I landed my dream job at a leading automotive company.”
“The practical approach and real-world projects helped me understand embedded systems deeply. The placement support was exceptional, and I got placed even before course completion.”
“Best investment in my career! The instructors are industry experts, and the curriculum covers everything from basics to advanced topics. Highly recommended for anyone serious about embedded systems.”
“The course structure is well-designed with hands-on labs and industry projects. The RTOS and Embedded Linux modules were game-changers for my career growth.”
“The STM32 and PIC microcontroller training was outstanding. I now design complex embedded systems for medical devices, and the skills I learned here are directly applicable to my work.”
Embedded Engineer
IoT Developer
Firmware Engineer
Automotive ECU Developer
Embedded Software Architect
Explore our other professional courses in industrial automation, embedded systems, and IoT programming. Gain hands-on experience, learn industry-relevant skills, and work on real-world projects to advance your career.
Become an Automation Engineer with hands-on training in panel design, PLCs, HMI, VFDs, SCADA, and real-time industrial projects industrial assocaite
14 Modules
360 Hrs
A hands-on industrial automation course covering PLC programming, HMI design, SCADA integration, and protocols like Modbus, Ethernet, and Profibus for real-world projects.
7 Modules160 Hrs
Entry-level certification covering embedded systems, electronics, and microcontroller fundamentals.
7 Modules460 Hrs
