Research

Advancing manufacturing and materials

Research that connects fundamental materials science with practical, manufacturable engineering outcomes.

Research Interests

Focus areas

The questions and domains that drive my research agenda.

Advanced Manufacturing

Next-generation processes that raise precision and efficiency.

Composite Materials

Lightweight, high-performance metal matrix composites.

Metal Additive Manufacturing

Additive routes for complex, optimized metal parts.

Manufacturing Quality

Statistical quality, root cause analysis, and process control.

Product Development

From concept and CAD to validated, manufacturable products.

Industry 4.0

Automation, robotics, and data-driven smart factories.

Publications

Featured publication

Peer-reviewed research output.

All publications

Featured Publication

Magnesium Hybrid Metal Composite via Infiltrated Stir Casting Technique: A Novel Approach to Enhance Energy Absorption

Journal of Applied Science and Engineering · 2024 · M. Munajad, et al.

This work introduces an infiltrated stir casting technique to fabricate a magnesium hybrid metal composite, targeting improved energy absorption for lightweight structural applications. Microstructure was characterized with SEM/EDX and XRD, and mechanical performance was evaluated to validate the novel processing route.

Magnesium CompositesStir CastingEnergy AbsorptionSEM/EDXXRD

View DOIDOI: 10.6180/jase