- Engineered an insect biorefinery for producing lubricants, biosurfactants, and chitosan- Pioneered an efficient pilot-scale production process for chitin and chitosan- Resolved project challenges by managing instrument orders or creating alternative designs- Designed mass and energy balance to enhance yield and reduce chemical and energy use- Developed process flow diagrams, enhancing pilot plant design- Created risk assessment safety documents for chemical instruments

- Spearheaded research initiatives aimed at enhancing chemical production processes through sustainable solutions- Collaborated with interdisciplinary teams to develop new methodologies that resulted in reduction in production costs and improvement in resource efficiency- Presented research findings to key stakeholders, facilitating knowledge transfer between academic research and industry applications

I built an electrochemical laboratory in the Nanotechnology research group for offering an experimental foundation. I investigated fabrication and characterization of the conductive polymer (polyaniline) and Au clusters which was deposited through atom by atom approach. I resolved the adhesion problem of polyaniline film on a carbon surface in a timely manner.

In my previous role, I led the fabrication and characterization of electrodes and membranes, including CNTs, stainless steel, and nylon, for microbial fuel cells (MFCs). My work focused on optimizing the performance and efficiency of MFCs by developing cost-effective and high-performance materials.Key Contributions:Cost Reduction: Successfully reduced the overall cost of microbial fuel cells by 90% through the innovative use of CNT-based anode fabrication.Biochemical Analysis: Developed and optimized the anode medium, performing detailed biochemical analysis, including Optical Density (OD), Chemical Oxygen Demand (COD), and Organic Acids concentration to enhance cell performance.Corrosion Analysis: Conducted experiments using the Tafel method to calculate corrosion rates, ensuring the longevity and stability of electrodes under operating conditions.Bacterial Cultivation: Managed the cultivation of a pure culture of electroactive bacteria, critical for the efficient operation of MFCs.Software Expertise: Utilized electrochemical software for data analysis and SolidWorks for the design and development of components.• Reduced cost of the microbial fuel cell to 10% by applying the fabrication of anode from CNTs.• Developed anode medium and performing biochemical analysis of (Optical density, Chemical Oxygen demand, and Organic acids concentration).• Performed experiments for corrosion rate calculation (Tafel method).• Handled and cultivation of a pure culture of electroactive bacteria.• Worked with electrochemical software and SolidWorks.

I have maintained and enhanced quality standards by effectively measuring the performance of Quality Management Systems (QMS), ensuring continuous improvement and compliance with industry standards. I successfully managed organic certifications in alignment with internationally recognized certification bodies, optimizing organizational processes and achieving operational fluency. Additionally, I consistently gathered positive feedback from clients by participating in meetings, submitting comprehensive reports, and assisting external auditors, all aimed at enhancing client satisfaction and retention.Key Accomplishments:- Report Management: Drafted detailed management and technical reports to communicate project progress, assess performance, and provide insights into productivity levels- Cost Reduction: Reduced the cost of out-of-specification products by 10% through continuous quality improvements and system refinements- HACCP Implementation: Introduced the HACCP system, focusing on preventive safety measures for biological, chemical, and physical hazards, ensuring enhanced safety and compliance- Profit Growth: Increased organizational profit by 5% by establishing and managing the organic certification system for Arabic gum, adhering to regulations from European, American, Brazilian, Korean, and Japanese bodies