• PROJECT ENGINEERING: Client liaising; clash coordination (external and internal); procurement coordination; directing on-site workforce; safety compliance.• SYSTEM DESIGN: Mechanical system design of conveyors, including power requirements; system development incorporating major variations; layout detailed design.• MECHANICAL DESIGN: Non-standard equipment design; R&D of new products, including Factory Acceptance Test (FAT); sheet metal component design; interfacing; structural… Show more • PROJECT ENGINEERING: Client liaising; clash coordination (external and internal); procurement coordination; directing on-site workforce; safety compliance.• SYSTEM DESIGN: Mechanical system design of conveyors, including power requirements; system development incorporating major variations; layout detailed design.• MECHANICAL DESIGN: Non-standard equipment design; R&D of new products, including Factory Acceptance Test (FAT); sheet metal component design; interfacing; structural steelwork design.• DOCUMENTATION: Layout drawings; Bill of Materials; Conveyor Schedules; Engineering tracking and reporting; Safety in Design. Show less

• Manufacturing and Product Improvement• Engineering Design (SolidWorks)• Quality Control SOP development

• Engineering Design aerodynamic vents, wings, endplates and moulds (SolidWorks, ANSYS)• Manufacturing: Pre-Preg and Resin Infusion CFRP and GFRP• Mould design and manufacture (Aluminium and GFRP) • Post-processing parts

• RESEARCH: Applying international standards for mechanical testing, developed mechanical and electrical systems as well as the required software to test manufacturing methods of advanced composite materials. This research accelerated the team’s long-term manufacturing goals.• DESIGN: Designed, developed and manufactured testing rigs for riders. Conducted FEA and dynamic load analysis to ensure future use-case scenarios; three years later the rig is still being used for testing rider… Show more • RESEARCH: Applying international standards for mechanical testing, developed mechanical and electrical systems as well as the required software to test manufacturing methods of advanced composite materials. This research accelerated the team’s long-term manufacturing goals.• DESIGN: Designed, developed and manufactured testing rigs for riders. Conducted FEA and dynamic load analysis to ensure future use-case scenarios; three years later the rig is still being used for testing rider configurations, electrical systems and rider training.• SPONSORSHIP: Obtained sponsorship from composite suppliers. Show less

• Sales / Client Management• Leadership

• Brand Management• Advertising

Customer Service,Stock management, Bar-back (runner), Food runner