Commonwealth Fellow | Chemical Engineer | E-waste Researcher | Sustainability and Circular Economy Consultant

What I Do

♻️E-Waste & Circular bbbbEconomy Systems

Designing sustainable pathways for resource recovery through advanced recycling, urban mining, and circular economy frameworks.

🔗Supply Chain Modelling bbband Optimization

Developing dynamic, data-driven models to analyze, optimize, and improve resilience in complex supply chain systems.

🎓 Teaching and Executive bbb Training

Delivering academic courses and industry-focused modules and training programs on sustainability, supply chains, circular economy and environmental systems.

🏭 Sustainability Consulting

Advising organizations on circular economy strategies, ESG integration, and sustainable operations.

Key Research Contributions

Time Evolution of Supply Chain Networks: Kinetic Modelling

Insight: Supply chains behave as dynamic systems evolving under uncertainty.
Impact: Provides a new framework for analyzing resilience and disruption in supply networks.

Sustainability of Metal Recovery from E-Waste

Insight: Resource recovery systems can be optimized through integrated sustainability assessment.
Impact: Contributes to circular economy strategies in developing economies.

Pyrolytic Urban Mining of E-Waste for Circular Economy

Insight: Waste printed circuit boards can be transformed into valuable material and energy streams through pyrolysis-based urban mining.

Impact: Demonstrates the environmental and economic feasibility of circular economy-driven resource recovery from e-waste systems.

Machine Learned Optimization of E-Waste Supply Chains

Insight: ML-enhanced models significantly improve efficiency and decision-making in waste systems.
Impact: Bridges data science with sustainability engineering.