As a Product Development Engineer at a photovoltaic module manufacturing company, I am responsible for the end-to-end product lifecycle, from conceptualization to market launch, with expertise in design, BOM preparation and management, prototyping, testing, cost analysis, manufacturing collaboration, problem-solving, documentation, regulatory compliance, and project management.

As a Procurement and Foreign Trade Specialist at a photovoltaic module manufacturing company, I was responsible for managing the acquisition of goods and services on a global scale, navigating international trade regulations, negotiating with suppliers, and ensuring compliance with legal standards and organizational policies.

Following the production and quality processes of the products of different raw material suppliers (crucible, polysilicon, seed, dopant, graphite hot-zone materials, etc.), preparing the recipes of the N-type and P-type dopants according to the desired electrical and performance values, to take part in the management, production and research tasks of R&D projects, conducting research and development activities for process improvement such as decreasing growth time by optimizing pull rate of the Czochralski Furnace.Equipment under my responsibility:- Semilab WT-1200 Carrier Life- Semilab WT-2000PVN Wafer Spectrometer- Nicolet™ iS20 FTIR Spectrometer- PLB-55 Photoluminescent Silicon Block Imaging SystemProjects Taken Part:- Optimization of Minority Carrier Lifetime and Resistance Year: 2020-2022- Comparison of Recycled and Non-Recycled Ingot Year:2020-2021- Gallium Doped P-Type Ingot Production Technology Year:2020-2021- Development of Phosphorus Doped N-type Ingot Production Technology Year: 2020-2022- Determination of Metal Impurities in Polysilicon Year:2020-2021- Silicon Kerf Recycling Year: 2021-ongoing

Responsible for changing ingot growth recipes, managing continuous improvement projects, analyzing, process and product quality, optimizing furnace parameters, experienced in Czochralski Crystal Growth Process, Polysilicon Mono-Ingot, Wafers, P-Type, N-Type Silicon, Ingot Manufacturing

Polymer Additive Manufacturing, Fused Deposition Modelling (FDM), Quality Improvement

Applications of Phase Change Materials (FDM) in Dishwashers as Renewable Energy Sources

Continuous improvement with kaizen, problem-solving techniques such as Root Cause Analysis, Ishikawa, A3 reports, 8D, time improvement in production and JIT, PDCA, and 5S