Chemistry graduate with a strong passion for semiconductors, microelectronics, and advanced research aimed at addressing environmental challenges through cutting-edge technologies. Skilled in applying scientific principles to develop innovative solutions, with a keen interest in integrating chemistry, electronics, and sustainable practices. Committed to continuous learning and enhancing both technical and practical skills to contribute effectively to interdisciplinary projects and technological advancements.
Established microelectronics and semiconductors within a clean room. Manufacturing of microelectronic devices, including solar cells and sensors, across seven stages in various devices, creating layers of materials, and controlling electric current flow in electronic devices for specific applications. Increased efficiency and precision throughout the process by checking the sample with different devices depending on the stage.
1st Place in ChemLLMathon2024 (ChemIndix Hackathon) ,AI model for SOP optimization in analytical instruments and AI model for correcting peak shifting in gas chromatography (GC).
Desalination of water by solar energy with strategy provides low cost and high energy efficiency to produce fresh water from various sources with high salinity without any salt accumulation .