- Developed and deployed responsive websites for various clients, utilizing HTML, CSS, JavaScript, and React, resulting in 30% increase in user engagement and a 20% boost in conversion rates and increase organic traffic.- Provided personalized tutoring session, offering comprehensive guidance in Mathematics, coding languages and software tools, with a 90% satisfaction rate and notable improvement in student skillsets.

Developed and validated a finite element model for Magna International Austria’s premium automotive product line, achieving a prediction accuracy of 95% compared to physical testing, saving 20% in testing costs.- Played a key role in optimizing the design of critical components for Siemens’ s power generation equipment (Turbine rotor), to enhance performance, reliability, and efficiency, resulting in a 25% increase in product lifespan.- Implemented bending, torsion and combined loads tests for safety relevant parts such as railway wheel sets, in a tailor-made manner with the unique in the world SINUSJET GEN 3.0.

Dielectrophoretic separation and trapping of airborne particles from a gas stream in vacuum cleaners and purifiers (Experimental and numerical modeling)Dielectrophoresis (DEP) is a selective electrokinetic particle manipulation technology that is applied for almost 100 years and currently finds most applications in air filtration and dust collector machines. - Developed and optimized dielectrophoretic separation technology for airborne particle removal, achieving enhanced efficiency through numerical simulations and experimental validation, thus advancing air filtration systems for vacuum cleaners.- Developed a new aerodynamic system to reduce pressure loss to 17Pa, significantly decreasing carbon footprint and increasing energy efficiency of 60% to 70% compared with the ranges in 2016.Technical Environment:Fusion 360 (mechanical design)- KiCad (design of printed circuit boards)- Comsol Multiphysic-MATLAB.

- Modernized defect tracking for vehicles through developing a user-friendly graphic interface, replacing traditional Excel-based methods, thereby streamlining workflow for the team and significantly enhancing operational efficiency and productivity.- Developed and implemented finite element analysis for suspension system (double wishbone), resulting in 20% reduction in weight, enhancing performance, vehicle handling, ride comfort and increased fuel efficiency.

Spearheaded the implementation of Lean and Six Sigma methodologies in sugar extraction, refining, and packaging processes, achieving a 30% reduction in production lead time, a 20% increase in yield, and 15% decrease in overall operational costs.

Development of a preventive maintenance plan for a "TEREX" crane using CMMS software by analyzing failure modes, their effects, and their criticality (FMEA)