Dipl.-Ing. Gencay Aslan

• Detailed mechanical design work including 3D modeling and simulation in Solidworks. • Builds models and prototypes, procurement processes, and production of pre-series parts. • Mechanical testing and quality control, writing technical documentation

• Tutor small groups of undergraduate students in a classroom setting for the Vienna University of Technology. • Marks exam papers, establishes grades. • Strong communication skills, able to convey complex designs to colleagues of various skill and understanding levels. • Ability to fulfill requests independently and on time. Organized and able to handle multiple and varying tasks and deadlines.

• Quality control of hydraulic fittings produced according to DIN 2353 International Tube Fitting Standards. • Technical design of fitting elements for connection of tubeing on ships to ensure no spills happened. • Worked as a CNC (computer numerical control)Technician to maintain machine operation. • Trained in sales department on writing contracts and price negotiations with international buyers of hydraulic fittings.

• Assisted in supervision of plant control systems and verified successful execution of thermal plant software operations. • Upon review of manual, met with plant engineers responsible for measuring input and output signals from the equipment and provided suggestions to plant engineers on more efficient ways to use the measurement software.

Focus on Product Development and Vehicle Dynamics • Master thesis: Designed certain components of a Yacht design and analyzed by using CATIA V5 R21 with FEM, Ship Hydrostatic, and Stability Calculation, and ANSYS ICEM CFD & Fluent. • Project work: Personal prototype massage tool: “Massaging Mouse”. Developed a hand massaging tool targeting the trigger point, abductor pollicis muscles, on hands. Designed the tool in Catia V5 R21 and then printed it in 3D-Printer

Focus on CATIA V5, Mechanic 1&2, Machine Elements • Calculation of stresses and remediation to improve part function using construction design with CATIA and Mdesign. • Theoretical calculation of ultimate bearing capacity and fatigue of safety and mechanical analysis shafts for transmissions. • Based on the core value creation processes of industrial production companies, received a comprehensive overview of central and cross-departmental IT systems from the technical perspective of a company.