Cagdas Cengiz Email & Phone Number

Bursa, Turkey

• Management of Research and Development Engineering team• Management of design and FEA activities of all automotive (EV, IC,...) suspension bushings, chassis mounts, engine mounts, top mounts, railway bogie anti-vibration, and sealing projects• Leading design and test evaluation phases of all projects• Technical face of company in front of customers• Management of RFQ phases• Development of new design and FEA methodologies• Coordination of RD Center

Bursa, Turkey

• Management of Product Development Engineering team• Management of design and FEA activities of all suspension bushings, chassis mounts, engine mounts, top mounts, railway bogie anti-vibration and sealing projects• Leading design and test evaluation phases of all projects  Automotive: Porsche, Renault, Aston Martin, AMG, ZF, Firestone, …  Railway: Siemens, Koni, Voith, Alstom, Bombardier, …• Technical face of company in front of customers• Management of RFQ phases• Development of new design and FEA methodologies

Bursa, Türkiye

• Design of rubber-metal&plastic anti-vibration (bushing) products• FEA of products (linear and non-linear, static, dynamic simulations)• Development of new design and FEA methodologies• Technical face of company in front of customers (some projects)• Material characterization• R&D Project management

Bursa, Türkiye

• Static and dynamic structural analyses (FEA) of head lamps and rear lamps• Design improvement with respect to simulation results• Fatigue life evaluation of products• Virtual mechanical validation of products• Support other Automotive Lighting plants all around the world in structural analyses• Determine requirements of new test equipments and softwares• Improvement of FEA methodologies• Project responsible of "Natural fiber reinforced polymer composites for automotive components"

Dalmine, Italy

Testing and estimation by considering the prediction methods of multiaxial fatigue limit of ductile cast iron rolls for tube production; evaluation and observation of fracture surfaces and microstructures of specimens via SEM and optical microscope.

Master Of Science (M.Sc.), Materials Engineering

M.Sc. Thesis (at Mechanical Engineering Department): • Comparisons and analyses of prediction methods of fatigue limit under multiaxial.

Bachelor Of Science (B.Sc.), Metallurgical And Materials Engineering

Graduation Project: Analysis of residual stresses on welded pipes. A finite element analysis was run to determine the thermal strains.