SCD Design – Innovation and Creativity when it Matters Most
SCD Designs is a South Australian Adelaide based company which specialises in turning ideas into reality through high-quality Computer Aided Design (CAD) modelling, reverse engineering, and precision 3D printing. Whether you need a custom component, a functional prototype, or help bringing a product concept to life, we combine technical expertise with a hands-on, practical approach to deliver reliable results.
With experience ranging from simple parts to medical devices, small batch manufacturing, and complex problem-solving, SCD Designs provides tailored solutions for makers, businesses, and innovators who need accurate, fast, and dependable design support. From early concepts to final prototypes, every project is crafted with care, creativity, and engineering insight.
If you can imagine it, we can help you build it.
Hi — I’m Shane!
I’m a neuroscientist and Bionics Engineering PhD candidate with a passion for transforming ideas into real, functional products. With over five years of hands-on experience working with simple parts to medical devices, product development, and precision prototyping, I thrive on solving complex problems and creating elegant, reliable solutions—whether the challenge is simple, highly technical, or somewhere in between.
My background spans neurophysiology, human–technology interaction, prosthetics, CAD design and part replacement, giving me a unique ability to blend scientific insight with practical engineering. I specialise in custom part design, reverse engineering, rapid prototyping, and small batch manufacturing, with a strong focus on usability, durability, and performance.
I approach every project with curiosity, creativity, and the mindset of an engineer who loves to build. My goal is always the same: help you overcome your design hurdles and get your idea, product, or device back in action.
And if your challenge falls outside my wheelhouse, I’ll do everything I can to connect you with the right expert—because great solutions shouldn’t hit dead ends.