Savan Ghelani

Master Thesis: Optimization of Design and Process Parameters to Enhance Performance in Masked Stereolithography Additive Manufacturing (MSLA): Slicing parameter setup, MSLA base AM Technologies’s post-processing- UV ight curing, quality inspection and metrology.

- Processing of products made of ceramic materials with stereolithography (SLA), Digital Light Processing (DLP) AM technologies with Setup of Slicing parameters in the Lithography-based Ceramic Manufacturing (LCM). - Post-processing of 3D-printed ceramic green parts cleaning(manual and semi-automated cleaning, polishing, UV light curing process, grinding, post-polymerization). - Quality inspection - measurements of printed parts - 2D and 3D dimensions with optical measuring machines.

- Analysis of digital process comparisons of car bodies and PLUTO platform. - Simulation of the front and rear structures of car bodies with CATIA V5 software. - Simulation and optimisation of the forming process of sheets and tools with AutoForm software.

Currently, I am pursuing Master in Mechatronics, Advanced Robotics and major with Additive Manufacturing Production and Technologies & Autonomous Systems. Having a major academic background in Advanced Modelling Simulation, and Autonomous Systems. Specialization: Robotics | Additive Manufacturing | Modelling Simulation | MATLAB | SIMULINK | SOLIDWORKS | Autonomous | Virtual Reality | Augmented Reality | Functional Safety | SIEMENS NX | SIEMENS Robcad | Human Machine Interfaces |

Bachelor Thesis: Pedal Powered Refrigerator The proposed work included the without usage of electricity the Refrigeration System work by using the concept of thermal principle and Vacuum Pump, Evaporator, Re-Generative Zeolite (absorber) with container and maintain the environment eco-friendly and protect from the Ozone Depletion.