An ambitious engineering graduate looking forward to secure a challenging position in a reputable organization to expand my skills and contribute to favorable outcome of an industry.
I work at Scada Chemical Industry, where a wide range of chemicals are produced, including textile chemicals, leather chemicals, sizing agents, denim chemicals, and brightening agents. Currently, I am part of the dyes department, where various textile dyes such as Red SD-5B HC, Red SP-2B, Golden Yellow SP-2R, Black SD-B HC, and Yellow SD-2R and many more are manufactured.
Supervised a skilled team in a SCADA-controlled chemical production environment, ensuring seamless operations. Fostered a collaborative culture that enhanced productivity and minimized downtime in complex production processes.
Led the implementation and optimization to automate key production processes. This improved precision, consistency, and efficiency across multiple chemical production lines.
Developed and executed production schedules aligned with demand forecasts to optimize resource utilization. Ensured timely deliveries while maintaining high-quality standards and minimizing lead times.
Enforced stringent quality control measures throughout production to maintain superior standards. Tried to Reduced defects by enhancing product consistency and customer satisfaction.
Implemented data-driven strategies to optimize production efficiency, by reducing chemical waste, contributing to a more cost-effective and sustainable manufacturing process.
Streamlined procurement and inventory management in collaboration with the supply chain team. This approach minimized shortages, prevented overstocking, and ensured a steady production flow.
Led a team of engineers and technicians, driving continuous improvement and innovation. Strengthened team performance, resulting in higher output and superior product quality.
Developed and enforced rigorous safety protocols to align with industry regulations. Achieved a 20% reduction in workplace incidents, fostering a safer and more secure working environment.
Techno-economic analysis for simultaneously maximizing Asphalt production and minimizing Fuel Oil production using 10,000 BPD Crude Oil
The key goals were:
- Equipment designing for process optimization.
- Process simulation of project
- Sensitivity analysis of project
- Techno-economic analysis of project
Designing of shell and tube heat exchanger
Evaluated design parameters to improve heat transfer coefficient while choosing appropriate stream on shell and tube side for optimizing duty of exchanger.
Secured 2nd Position in Final Year Design Project (FYDP).