During my tenure in this role, I led the design and creation of manufacturing drawings and cost estimates for a 4501kW air handler to meet 10" container specifications, ensuring adherence to strict performance, quality, and budgetary targets, I leveraged LEAN methodology to optimise product design and processes in the conversion of a stall-built product to production line assembly, seamlessly integrating improved procedures into existing system, and reduced design documentation time by 50%… Show more During my tenure in this role, I led the design and creation of manufacturing drawings and cost estimates for a 4501kW air handler to meet 10" container specifications, ensuring adherence to strict performance, quality, and budgetary targets, I leveraged LEAN methodology to optimise product design and processes in the conversion of a stall-built product to production line assembly, seamlessly integrating improved procedures into existing system, and reduced design documentation time by 50% through the development of an automated script to create standardised cutting files for internal and external clients. I proactively implemented non-linear FEA into the WR810 product design, successfully predicting deformation and energy required in accordance with ISO3471 and other standards to minimise costs and increase accuracy. In addition, I conducted FEA, technical calculation, and desing review and analysis to ensure product compliance with ISO15818 Earth-moving machinery lifting and tying-down attachment points standards following substantial changes to base design. I wrote detailed processes for cab variants for ROPS (Roll Over Protective Structures) and FOPS (Falling Object Protective Structures) certification testing, spanning safe setup verification and correct usage of testing equipment. Show less

As a key member of the university's Formula SAE Electric Team, a student competition for the purpose of designing and constructing a fully electric, life-sixed, open wheel, single seat racing car, I facilitated the prioritisation, delegation, and scheduling of tasks and championed the team's design philosophy of Functional, Reliable, Professional to cultivate and maintain a robust team spirit. I collaborated with other engineers and technicians to ensure system compatibility prior to the final… Show more As a key member of the university's Formula SAE Electric Team, a student competition for the purpose of designing and constructing a fully electric, life-sixed, open wheel, single seat racing car, I facilitated the prioritisation, delegation, and scheduling of tasks and championed the team's design philosophy of Functional, Reliable, Professional to cultivate and maintain a robust team spirit. I collaborated with other engineers and technicians to ensure system compatibility prior to the final verification approval of various components and designs, and designed and led all phases of the safe production of a 600V 7.1kW battery accumulator, from cell level to housing, and including the battery management system and high-voltage control. I utilised National Instruments hardware and software tools (LabView) to program software for reading and analysing sensor input, and researched and embedded product specifications and designed test bench for motor and inverter testing, overseeing design and construction of motor test frame, control circuitry, and electronic metrics. A key accomplishment was the creation of a progression plan and knowledge base for future projects, using Microsoft OneNote and implementing a stringent policy review system to ensure accuracy and scope of details. I also left the design, evaluation and analysis and peak stress analysis prior to validating with FEA principles, I headed the PCB design and component selection of 5-10V ADC and CAN controller chips and the design of circuitry for monitoring thermal and powertrains of the motors and motor controllers. Show less

In this role, I led a multi-disciplinary maintenance team with responsibility for the overall maintenance and service of more than 120 cranes. I project managed various maintenance activities, encompassing planning, budgets, and oversight of effective project execution and delivery, and pro-actively managed sales efforts, engaging with customers to provide quotes, upscale service orders, and deliver exemplary customer service. I coordinated a smooth, organised and productive work-flow and… Show more In this role, I led a multi-disciplinary maintenance team with responsibility for the overall maintenance and service of more than 120 cranes. I project managed various maintenance activities, encompassing planning, budgets, and oversight of effective project execution and delivery, and pro-actively managed sales efforts, engaging with customers to provide quotes, upscale service orders, and deliver exemplary customer service. I coordinated a smooth, organised and productive work-flow and increased the volume and output of sales and service agreements while maintaining a t least 30% cost margin. As an innovative thinker, I devised and deployed creative solutions for challenging issues and facilitated a maintenance contract to assist in dealing with difficult customer, successfully turning around and rescuing a failing customer relationship. Show less

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