Projects

Engineering, from challenge to outcome

A closer look at representative work — the problem, the engineering approach, and the measurable result.

01 · Advanced Materials Research

Stir CastingMechanical TestingSEM/EDXXRD

Challenge: Lightweight structural components demand materials that absorb energy without adding mass. Conventional magnesium alloys offer low density but limited stiffness and energy absorption.
Solution: Developed a hybrid magnesium matrix composite using an infiltrated stir casting technique to disperse reinforcing phases uniformly while preserving the alloy's low density.
Engineering Approach: Designed experiments with Taguchi methods, fabricated samples via stir casting, then characterized microstructure and phases with SEM/EDX and XRD alongside mechanical and energy-absorption testing.
Outcome: Demonstrated measurable gains in energy absorption and a validated, repeatable processing route — published in a peer-reviewed journal.

02 · Special-Purpose Machine Design

Machine DesignPneumatic SystemsRobot Integration

Challenge: Battery production requires fast, reliable detection of cell leakage with zero tolerance for escapes, all within strict cycle-time targets.
Solution: Engineered a special-purpose inspection machine that combines pneumatic actuation, sensing, and robotic handling into an automated, production-ready cell.
Engineering Approach: Modeled the mechanism in CAD, sized pneumatic and motion components, integrated a robot for part handling, and designed the control sequence for repeatable, safe operation.
Outcome: Delivered an automated inspection station that improved detection reliability and throughput on the production line.

03 · Industrial Machine Design

Rotary DryersConveyorsPalletizersDust Collectors

Challenge: Agro-processing plants needed durable, efficient machinery capable of continuous operation in dusty, high-throughput environments.
Solution: Designed a family of process machines — rotary dryers, conveyors, palletizers, and dust collectors — engineered for reliability and easy maintenance.
Engineering Approach: Owned the full design lifecycle: requirements, CAD modeling, structural and thermal sizing, fabrication drawings, and on-site commissioning support.
Outcome: Multiple machines delivered into production, improving processing capacity and operational uptime for industrial clients.

Let's build something that moves engineering forward.

Open to product design, manufacturing, quality engineering, and research collaborations — as well as PhD opportunities.