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Under the leadership of Dr. Hafna Ahmed, the team is engineering advanced enzymes that break down bioplastics more efficiently and under milder conditions, enabling their recycling into raw materials.
By integrating computational genomic analysis, machine learning, and high-throughput experimentation, the researchers are identifying and optimising enzymes with unparalleled precision. These efforts aim to revolutionise plastic waste management, creating actionable solutions that support a circular economy.
With a focus on zero-harm industrial practices, the team is transforming scientific discovery into tangible impact—repurposing materials, reducing environmental harm and advancing sustainable waste management through cutting-edge enzymatic innovation.
By integrating computational genomic analysis, machine learning, and high-throughput experimentation, the researchers are identifying and optimising enzymes with unparalleled precision. These efforts aim to revolutionise plastic waste management, creating actionable solutions that support a circular economy.
With a focus on zero-harm industrial practices, the team is transforming scientific discovery into tangible impact—repurposing materials, reducing environmental harm and advancing sustainable waste management through cutting-edge enzymatic innovation.
