I will design stretchable pcbs and elastomeric circuits for soft robotics
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About this Gig
Hi, I'm Shah Zaman, an Intelligent Systems and Robotics engineer specializing in advanced flexible electronics.
Are you building soft robotics or biomedical patches? Standard rigid PCBs fail when a product needs to bend, twist, or stretch.
survive continuous mechanical strain without breaking electrical continuity.
My Core Services:
- Stretchable & Elastomeric PCB Design: Custom circuits on highly compliant substrates.
- Serpentine & Horseshoe Routing: Advanced trace geometry to allow for physical elongation and mechanical strain distribution.
- Rigid-Flex Integration: Defining rigid islands within an elastomeric body to safely mount sensitive components.
- High Density Routing: Multi layer board design, handling complex layouts up to 16 layers.
- Complete Manufacturing Output: Production ready files.
Industries & Applications:
- Wearable Tech & Smart Clothing
- Soft Robotics & Prosthetics
- Biomedical Sensors & Electronic Skins
- Civilian Drones & Avionics
My policy strictly prevents me from working on military or defense related designs.
Please message me before placing an order so we can discuss your specific mechanical constraints, stretch tolerances and fabrication requirements!
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Other Electronics Engineering Services I Offer
FAQ
What software do you use for PCB design?
I mainly use industry-standard tools such as Altium Designer, KiCad, and EasyEDA. If you have a preference, I can design in your requested software.
Can you make my project confidential?
Yes, I respect your privacy. I never share your project files or ideas , full confidentiality is guaranteed.
What if I’m not satisfied with the design?
I offer revisions in all packages and work closely with you until you’re 100% satisfied.
What is a "rigid island" in an elastomeric PCB?
A rigid island is a localized, non-stretchable zone embedded within a flexible or stretchable substrate. It is used to securely mount delicate surface mount components like an MCU so their solder joints do not crack when the rest of the board stretches.
Can you handle high layer counts for complex logic?
Yes, I'm experienced in complex routing and can design multi layer boards up to 16 layers.
Do you design the PCBs that is suitable for Soft Robotics ?
Yes, definitely. The SPCs are specifically for this kind of purpose like in soft robotics, used in ankles and no breaking of copper and wires and act like a stretchable rubber PCBs.

