I develop complex ideas into buildable, working systems by bringing together design, electronics, code, and validation for a final system that works reliably and reproducibly. Background PhD neurosci... Read more

I develop complex ideas into buildable, working systems by bringing together design, electronics, code, and validation for a final system that works reliably and reproducibly. Background PhD neuroscientist and biomedical engineering postdoc at UBC’s School of Biomedical Engineering. My job is to design experiments, develop research instruments, and pair them with analysis pipelines for publications and open-source release. This same toolkit extends to non-research projects, including prototype mechanisms, instrumentation, and production-ready CAD. Highlights • Experience: 13 years designing and developing custom experimental equipment, including collaborations with industry partners. • Design Portfolio: 3 complete behavioral systems with 10+ total instruments deployed. • Methods Publications: 2 first-author peer-reviewed papers and 2 preprints detailing my systems. Core Skills • Design and Fabrication: SolidWorks CAD (assemblies, drawings, motion, rendering), DFM, jigs & fixtures, ECAD, wiring harnesses, soldering/rework, laser/waterjet, CNC mill/router, FDM/SLA 3D printing, manual mill/lathe • Control and Robotics: embedded systems; closed-loop control; motion control; embedded C/C++, Python, ROS, AVR/ARM MCUs, Raspberry Pi, I2C/UART/SPI/EtherCAT, DC/Stepper/Servo, GRBL, timing/TTL syn. Approach My approach to design is grounded in practicality: tailor designs to the fabrication methods available and sufficient to make them. I enjoy working with both technical and non-technical creators alike. Whether you need a rough concept 3D model based on a back-of-the-envelope sketch or a full parameter-driven multi-component, multi-material mechanical assembly, I’m here to help translate your idea into a real, buildable product.

Converted crucial legacy AutoCAD drawings to 3D SolidWorks drawings under ISO Standards to streamline production and meet current production standards. # Created complex mechanical components usi... Read more

Converted crucial legacy AutoCAD drawings to 3D SolidWorks drawings under ISO Standards to streamline production and meet current production standards. # Created complex mechanical components using Solidworks, assembled all parts with animation. # Efficiently designed product sections with BOM, GD&T and machining symbols. # Introduced advanced 3D CAD feature that reduced redundant tasks and accelerated assembly model generation. # Implemented automation tools in SolidWorks that dramatically improved shop-drawing production. # Instituted Excel-based automation tools that significantly reduced errors within shipping lists. # Expedited design-drawings with the establishment of a macro-based design library allowing. # Developed technical content, drawings, and standard designs. # Supervised a team of six people in the assembly process. # Developed and maintained project plans using MS project for allocated tasks.