Mst. Ayesha Siddika is a dynamic and forward-thinking young leader on the Board of Directors at SS Feed Industries Limited. Bringing a strong foundation in science and an advanced background in industrial and manufacturing systems engineering, she actively contributes to the modernization, production efficiency, and technological integration of the group’s manufacturing facilities.
“At SS Feed Industries Limited, we are profoundly dedicated to producing high-quality poultry, fish, and cattle feed that directly addresses the evolving challenges of modern agriculture.
By anchoring our operations in advanced manufacturing technology, strict quality control protocols, and continuous innovation, we strive to deliver reliable nutrition solutions. Our ultimate goal remains to enhance animal health, elevate commercial farm productivity, and actively contribute to the sustainable, technology-driven growth of Bangladesh’s livestock and fisheries sectors.”
— Mst. Ayesha Siddika
Director, SS Feed Industries Limited
Mst. Ayesha Siddika has maintained a highly commendable academic track record, combining disciplined institutional training with specialized engineering education:
Secondary School Certificate (SSC): Graduated from the prestigious Military Collegiate School Khulna (MCSK) in 2019, specializing in the Science stream.
Higher Secondary Certificate (HSC): Completed her higher secondary education at the renowned Adamjee Cantonment College in 2021, specializing in the Science stream.
Higher Education: Currently pursuing her advanced engineering degree at the Islamic University of Technology (IUT), an international university operating under the OIC. She is specializing in the Department of Industrial and Production Engineering (IPE), a field that directly aligns with optimizing large-scale automated feed mill operations.
Leveraging her specialized knowledge in Industrial and Production Engineering, she brings fresh perspectives to SS Feed Industries Limited in the following operational areas:
Process Optimization: Streamlining automated feed manufacturing workflows to maximize plant output and minimize waste.
Advanced Quality Engineering: Applying modern analytical engineering principles to maintain rigid quality control lines.
Sustainable Operations: Integrating eco-conscious practices and efficiency models into the daily production cycle.