Huanfeng Chen - Simon

During my tenure at Steel Power, serving as Drafter/Assistant Engineer, I proficiently utilized software including Advanced Steel, Pronest, AutoCAD, and Microsoft Office. My primary responsibilities involved creating three-dimensional models of steel structures based on client-provided drawings, encompassing various civil, commercial, and renovation projects, as well as customized designs tailored to client requirements. Additionally, I generated fabrication drawings, predominantly focusing on heavy steel but also encompassing light steel and Purlins.

Furthermore, I assisted engineers in various material preparation tasks on a daily basis, including drafting drawings and researching relevant Australian standards for design purposes. Moreover, my role extended to that of a quoting officer, where I meticulously assessed client-provided drawings to provide comprehensive quotations for steel materials, covering fabrication and transportation aspects.

During my tenure, I actively participated in multiple large-scale commercial building bids, including the steel structure project for the Western Sydney Airport.

I worked as an E-commerce Assistant at Xiamen Like Company. My main responsibilities included assisting with product listing optimization and upload on e-commerce platforms, managing day-to-day operational tasks, supporting customer service with order processing and after-sales inquiries, facilitating communication between the operations department and product, warehouse, and customer service teams, and addressing urgent matters for platform stores under the operations department's purview.

I contributed to a national-level mechanical innovation competition organized by Longjing Group, focusing on designing a manual fruit picker. Within our team, I led the design and prototyping efforts. Utilizing software like Solidworks, AutoCAD, and Ansys, we developed a mechanically adjustable claw mechanism. This mechanism, driven by gears and a screw shaft, mimicked human hand dexterity in fruit picking, addressing the challenge of manual picking in rugged terrains. Our project provided a solution for manual fruit picking in environments where automatic equipment was not viable, catering to heights ranging from two to four meters.

I assumed a leadership role in a team project dedicated to enhancing Lonjing Environment Technology's injection pipe connections. Tasked with optimizing installation and disassembly processes while ensuring air tightness, I directed the design and implementation of an innovative cam clamping mechanism. Utilizing software such as AutoCAD and Pro/E (Pro/Engineer), I oversaw the design process, ensuring precision and efficiency. This advanced solution, devised to replace conventional flange connections, effectively streamlined operations. By leveraging my expertise in design and engineering, I facilitated the development of a robust and efficient system. Our project's success was highlighted by its recognition with first prize in the Fujian Province Mechanical Innovation Competition, reaffirming the ingenuity and impact of our collaborative efforts.