Developing full solutions designs and requirements for AI pick and place robotics, working closely with customers and internal teams to develop complex automation to replace manual warehouse processes without impacting the operational throughput. -Collaborated with customers and internal engineering team to lead the technical presales process for development of AI robotics into warehouse environments, balancing technical requirements with practical implementation-Designed custom mechanical solutions for robotic integration, creating detailed CAD layouts that accommodate unique client specifications and then simulating performance and operational impact-Led site visits and surveys, building relationships with key stakeholders and collecting essential data to inform Solution design -Led technical presentations to stakeholders, clearly explaining system design and operational impact, enhancing stakeholder engagement and understanding-Worked closely with the hardware, software and product teams to prioritise solutions and build out standardised design processes for novel robotics stations-Developed performance simulation tools and calculators that standardised the design and validation of robotic stations-Data analysis of warehouse order data utilising Python and Pandas to measure the effect on operational throughput of changing a manual process to a robotic process

Design and build of complex pick and place robotic systems working with a global team. A Many hats role touching the full design process from pre-sales and requirements gathering to working on customer sites deploying and improving the product.-Assembly of full AI robotic systems on customer sites, troubleshooting onsite issues-Design reviews of the detailed CAD and engineering drawings produced by partner JDMs in Shenzhen before manufacture-Design and development of new components for the improvement of the Robotic cells once they are deployed onsite-Full teardown and managing the build of our in-house robotic cell for tradeshows organising the transport, external contractor help and the build process-3D CAD and design of over fifty presales Concept designs meeting customer requirements and simulating performance

At SG Technologies, I led the design and development of machinery, tooling, and processes for the mass production of high-precision magnetic components and assemblies using powder metallurgy. My role encompassed the entire design lifecycle—from conceptual sketches and iterative development to hands-on prototyping and validation—ensuring optimal performance and compliance with stringent automotive standards.Key Achievements:▶ Engineered and optimised custom machinery, tooling, and automation systems, enhancing production efficiency and precision.▶ Developed a diverse range of manufacturing techniques, including standard CAD/CAM machining, high-precision Electrical Discharge Machining (EDM), and polishing processes with hard coatings.▶ Utilised Autodesk Inventor for 3D design, AutoCAD for 2D drafting, and Vault for Product Lifecycle Management (PLM), improving design accuracy and team collaboration.▶ Led the complete design cycle, accelerating product development by implementing rapid prototyping techniques such as 3D printing and manual fabrication.▶ Designed and implemented advanced measurement systems, jigs, and fixtures, ensuring products met strict quality and performance requirements.▶ Collaborated closely with cross-functional teams, chairing weekly engineering meetings to facilitate seamless integration of mechanical designs into production.▶ Mentored and supervised a placement student, guiding them in engineering practices, prototyping, and process development.▶ Applied Six Sigma and Design of Experiments (DOE) methodologies, optimising manufacturing processes and reducing production variability.▶ Ensured adherence to Quality Control and Quality Assurance (QC/QA) standards, maintaining high-quality outputs upon release to the production environment.

I worked in various functions from design engineering to production engineering. Desigining for factory improvements and to develop new production lines for new products.