Hamit Pürçek

Leading end-to-end development of waterjet propulsion systems for international marine clients, from concept to production. Deliver GD&T-compliant 3D models and technical drawings in SolidWorks/AutoCAD, design shaft-line and hull adaptation for project-specific configurations, and manage customer approval through final release. Perform on-site commissioning and maintenance for military and commercial vessels, ensuring reliable propulsion system performance across international projects.

Owned full lifecycle of a metal 3D printer (Binder Jetting technology) — design, R&D, assembly and production planning. Produced GD&T- and ISO-compliant manufacturing drawings in SolidWorks/AutoCAD. Reduced machining time and labor cost by 20% through optimized design, and cut ceramic-coating and plastics production costs by 25% via improved manufacturing methods. Managed ERP-based procurement, including customs clearance for imported materials.

Designed a modular tiny house in SolidWorks using structural steel and sandwich panel systems, applying international construction standards for load-bearing structures. Developed welding fixtures and assembly guidelines, and produced FDM-printed prototypes for client presentations, translating conceptual design into manufacturable, standards-compliant engineering documentation.

Led a 4-person mechanical design team, approving generator housing and control panel designs in SolidWorks prior to production. Introduced electrostatic powder coating and hot-dip galvanizing processes to ISO standard, raising customer satisfaction by 30%. Supervised production operations and raw-material inventory, ensuring consistent quality across generator and control-panel manufacturing lines.

Mechanical Engineering