Filip Furdui

Simulation of robot manufacturing process: - Spot-nut welding, gluing, laser engraving, etc.; - Gripper handling, docking, reach-ability and collision free result; - Selection of appropriate components (consoles, guns, stands, etc.); - Incorporation of changing loops based on the current product; - Interaction gripper/fixture: feedback to design department; - Offline-programming of Kuka, Fanuc, ABB industrial robots (OLP); - Siemens S7 PLC and TIA Portal for virtual commissioning - Training;

Small family business, assisting my parents - Administration and Management: • International correspondence (Asia and Europe supply orders); • Professional Website, Social Media and online advertising; • 3D modeling & 2D drawings of specific tools - get them manufactured; • Up to date stock: Assuring all materials and parts used in the repair process are available; • Customer satisfaction and support; • Office duties: invoices, job estimates, e-mails, etc.;

R&D Cooling System Department - Project based Internship: • Studied a new type of magnetic linear compressor; • Assisted other departments employees: - CNC operators, - Product Development Graphic Designers (NX UniGraphics), - Tool Designers (molds design and manufacture), - Production Line Operators.

• 3D Modeling (SOLIDWORKS), • Computer Aided Design (CATIA V5), • Physics, • Descriptive and Analytic Geometry, • Applied Informatics, • Materials Technology, • Industrial Automation, • Electronics and Electrical Machines, • Applied Electronics, • Hydraulic and pneumatic systems.

• Air Navigation & Traffic Management (ATC simulated environment laboratory); • Aero-mechanics; • Meteorology; • Air Law; • Technical Drawing; • Aviation applied mechanics.