Shahryar Majeed

- Designed print-ready parts for FDM and prototyping with minimal supports - Converted scans, meshes, and STL files into parametric CAD models - Improved print success rate and reduced cost through design optimization

- Led mechanical design and 3D printing projects for startups and individual clients - Delivered manufacturable CAD models using SolidWorks with strong DFM focus - Worked on reverse engineering, STL cleanup, and print optimization

1. Utilizing 3D scanning technology to capture the dimensions and geometry of existing vehicle components, facilitating accurate design modifications and reverse engineering processes. 2. Leveraging 3D design software, such as SolidWorks and Geomagic DesignX, to create detailed models and engineering drawings of custom automotive parts, incorporating client specifications and design requirements. 3. Conducting reverse engineering tasks to analyze and understand the structure, function, and design of original vehicle components, enabling the development of custom modifications and enhancements. 4. Selecting appropriate materials and manufacturing processes for producing custom automotive components, considering factors such as strength, durability, weight, and cost-effectiveness. 5. Integrating 3D printing technology into the design and prototyping process, utilizing additive manufacturing techniques to produce rapid prototypes and functional prototypes of custom parts.

1. Hands-on experience with 3D printing technologies such as FDM (using CREALITY, large-format FDM printers like Builder and BigRep), SLA (with Kings and Formlabs), SLS (EOS P396 and TPM S480), and SLM (with GE Additive), producing high-quality prototypes and production parts. 2. Practical experience in using advanced 3D scanning technologies, including ScanTech Simscan and Shining 3D FreeScan Combo, to capture the geometry and dimensions of mechanical components for reverse engineering and modification. 3. Integrate scanned data into CAD software like SolidWorks and Geomagic DesignX to analyze, modify, and reverse-engineer parts, with a focus on achieving optimal designs for manufacturing. 4. Design and develop 3D models with hands-on experience in optimizing them for 3D printing, ensuring efficient material use and top-quality results. 5. Evaluate and select appropriate additive manufacturing processes and materials based on specific project requirements, tailoring each choice for the best outcome. 6. Use Materialise Magics for mesh fixing and preparing files for 3D printing, including build preparation, ensuring the models are optimized for the chosen technology and manufacturing process. 7. Develop prototypes for testing purposes, applying practical knowledge to ensure designs meet performance and functional criteria. 8. Keep up to date with the latest trends and innovations in 3D printing, reverse engineering, and additive manufacturing to continually improve the quality and efficiency of work. 9. Manage projects, set deadlines, allocate resources, and document progress effectively throughout the project lifecycle, ensuring smooth project execution.

• Responsible for drafting the technical drawings according to the customer requirement using Solidworks. • Specialized in designing 3D models of machine and plastic parts. • Responsible for performing Stress & Strain Analysis on the models to meet the best design condition. • Responsible for generating detailed drawings for production complete with BOM. • Trained and proficient in Solidworks and Computer skills.

• Responsible for reading drawing and conducting field research. • Study the drawings of HVAC and Fire Fighting System. • Responsible for technical documentation. • Responsible for floating MoQ for the site.

• Provide level one support to the international clients from EMEA region with a well-developed electronic etiquette. • Responsible for managing customer enquiries and resolving queries in a timely manner. • Escalate the critical issues to the higher levels. • Perform competitive research analysis to maintain the quality and cost. • Work in rotating shifts under strict deadlines to meet the SLA.

• Learning time management. • Observing the tractor assembly procedure.