As a skilled professional in engine manufacturing, I build & assemble revision MX11 and MX13 engines in RWPL in DAF Eindhoven.My job entails working with precision and attention to detail as I build these engines from the ground up. I am responsible for ensuring that each component is properly aligned, fitted, and connected to create a powerful and reliable engine that meets the highest quality standards. Using specialized tools, equipment, and technical diagrams, I follow a step-by-step process to assemble the engine. This involves installing pistons, camshafts, crankshafts and other vital parts, making sure they are securely fastened and torqued to specifications. As a builder of revision MX11 and MX13 engines, I play a vital role in providing reliable and efficient power solutions to industries worldwide. My dedication to precision, quality, and attention to detail ensures that these engines meet and exceed the expectations of customers, delivering performance, durability, and fuel efficiency.

Highly skilled and detail-oriented professional with expertise in toolbox foam layout design and CAD (Computer-Aided Design) on AutoCAD. Proven ability to create efficient and visually appealing layouts that optimize tool organization and improve productivity. Strong understanding of design principles, spatial planning, and ergonomic considerations.Communicating with clients to understand their specific design requirements and collaborated on creating tailored foam layouts that met their needs.Provided detailed cost estimates and worked closely with clients to find optimal design solutions within their budget constraints.

As a CAD Designer specializing in Structural Building and Weldments, I was responsible for utilizing Solidworks to design a wide range of structural projects, including buildings, farm equipment, and steelworks for residential applications.I collaborated with architects and structural engineers to create CAD designs for structural buildings. Incorporated their advice and specifications into my designs, ensuring compliance with safety regulations and building codes. Using Solidworks to create precise designs for weldments, including connections, joints, and structural frameworks. Applying my knowledge of welding techniques, materials, and manufacturing processes to develop efficient and robust weldment designs.Producing accurate and comprehensive isometric drawings from my CAD designs. These drawings served as vital references for workers involved in the manufacturing and assembly of structural building components.i also applied my CAD expertise to design farm equipment, including layouts for farm structures. Collaborate with farm managers and engineers to ensure the functionality, efficiency, and safety of these designs.I also used Weldments to design steelworks such as entrance gates, handrailings, and stairs for residential buildings. Combining aesthetics, structural integrity, and client preferences to create visually appealing and durable designs. Communicating with clients, exchanging drawings and design concepts for approval. Actively seek client feedback and incorporated it into designs to ensure client satisfaction and project success.I also prepared detailed and accurate BOMs for structural projects. Collaborating with teams to identify necessary materials and provide essential information for accurate cost estimation and efficient project execution.I also generated CE forlders for structural jobs, ensuring all necessary documentation, drawings, specifications, and certifications are organized and readily available for construction teams.

My primary responsibility was to utilize my expertise in SolidWorks, a leading 3D modeling software, to create and modify detailed designs and technical drawings. Working in close collaboration with engineers and design teams, I contributed to the product development process by transforming concepts and ideas into tangible designs. Whether it's designing components, assemblies, or entire devices, I used SolidWorks to accurately represent the dimensions, tolerances, and specifications required for manufacturing. My proficiency in SolidWorks allowed me to create 3D models that provide a realistic visualization of the product, facilitating effective communication and collaboration among cross-functional teams. I worked closely with manufacturing engineers to ensure that designs meet functional requirements, safety standards, and regulatory guidelines. In addition to SolidWorks, Microsoft Office is vital to the role as a CAD technician. I used these tools to create and update technical documentation, such as design specifications, assembly instructions, and reports. My attention to detail and organizational skills enabled me to maintain accurate records and effectively communicate design changes and updates to the client. Working as a CAD technician is instrumental in ensuring the accuracy, quality, and regulatory compliance of the designs, ultimately impacting the lives of patients and healthcare professionals.