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I will design high speed pcb in altium and kicad
Electronics Engineer, High Speed PCB Designer
I hold a degree in Electrical and Electronics Engineering having strong experience in Electronics Circuit Designs and PCB Layouts. I have been working as a Hardware and PCB Design Engineer for the pas...
About this Gig
I'm an Electronics Engineer with hands-on experience designing PCBs for DDR memory interfaces, FPGA/SoC platforms, and other signal-integrity-sensitive systems using Altium Designer and KiCad. I've delivered schematic and layout work for clients across embedded systems, industrial controllers, and consumer electronics with boards that go straight to fabrication without rework.
What I bring to your project:
- High-speed digital layout: controlled impedance routing, length matching, differential pairs, and stack-up planning for DDR3/DDR4, FPGA, and SoC designs
- Signal integrity awareness: proper termination, via stitching, and return-path planning to avoid EMI/crosstalk issues
- Full design cycle: schematic capture component selection layout DFM/DFT review fabrication-ready Gerbers
- Manufacturer coordination: designs checked against JLCPCB (and similar) fab constraints to avoid costly re-spins
- Clear communication: I explain trade-offs, flag risks early, and keep you updated at every milestone I've worked with international clients on proposal-to-delivery engagements, so professionalism and clear scoping are part of the process
Tools I work in:
Altium Designer | KiCad | EasyEDA
My Portfolio
FAQ
Do you design boards with DDR3/DDR4, LPDDR, or FPGA interfaces?
Yes, high-speed digital design is my primary focus, including length-matched differential pairs, controlled impedance stack-ups, and termination strategy.
Can you work from my existing schematic, or do you need to start from scratch?
Both. Send your schematic/netlist and I'll review it before layout, or I can build the schematic from your requirements.
Will the design be manufacturable at fabs like JLCPCB?
Yes, every design goes through a DFM check against standard fab capabilities (or your specified fab's design rules) before delivery.
What do I need to provide to get an accurate quote?
Layer count (or target), board dimensions, key components/interfaces (e.g., DDR, FPGA part number), and any specific constraints (enclosure, connector placement, etc.).
