Quantum algorithms.AI in the loop.Real-world problems.
I’m a Research Engineer at Singapore Management University. I develop quantum and classical computational methods across physics, chemistry, and optimization, alongside AI systems for scientific research. I also work on hybrid quantum–HPC computing, exploring how quantum processors and supercomputers will work together. My work connects algorithm design, numerical simulation, high-performance computing, scientific software, and experiments on real hardware.
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Recently
Research & publicationsNewMy P11 and P12 peaked-circuit recovery results on Quantinuum Helios-1 have been verified and added to the Quantum Advantage Tracker (12 October 2026).
NewSecuring the flow: Strategic storage and corridor design for maritime energy security under chokepoint disruptions is now published online in Transportation Research Part E: Logistics and Transportation Review (12 October 2026).
NewPresented AutoQResearch at IEEE Quantum Week 2026 (QCE26) in Toronto, in the Quantum–GenAI Co-Design & Discovery (QGDD) track.
NewFrom Circuits to Hardware: Benchmarking Standard and Qubit-Efficient Quantum Optimization on Real Hardware has been accepted and published in Quantum Science and Technology.
Earlier updates
AutoQResearch accepted as a technical paper at IEEE QCE26 Quantum–GenAI Co-Design & Discovery (QGDD).
Two papers accepted at AAAI 2026 Workshop on Quantum Computing! Check out my work on Hybrid Learning for CVRP and Graph Shrinking.
New papers accepted at IEEE QCE 2024 on Quantum Relaxation and Newsvendor Optimization.
Presented a poster on Quantum Newsvendor Optimization at QIP 2024.