Education Ph.D. in Biomedical Engineering, Northwestern University (Sep 2020 - Jun 2025) Recipient of Christina Enroth-Cugell Graduate Research Award. Research in Super-resolution Microscopy, Optical Engineering, Monte-Carlo methods, and Data Analysis. B.Eng. in Chemical Engineering with Honors (Distinction), National University of Singapore (Aug 2014 - Dec 2018) Second Major in Mathematics. Undergraduate Research Opportunities Program investigating theoretical fluid interactions on a single particle using computational fluid dynamics and dynamic meshing methods. Experience Optical Systems Engineer, Nanolumi, Singapore (Jul 2025 - Present) Developing and optimizing optical systems for spectroscopic and spectrophotometric applications. Ph.D. Candidate, FOIL, Northwestern University (Sep 2020 - Jun 2025) Supervisor: Prof. Hao F. Zhang Developed and optimized swept-source visible-light optical coherence tomography, enhancing system performance. Engineered optical systems using custom-made dual-wedge prisms, improving photon utilization by 48% while maintaining a compact, user-friendly design. Installed, calibrated, and optimized super-resolution microscopy systems, refining illumination and imaging paths. Specified, tested, and simulated custom optical and optomechanical components, ensuring precision and performance. Improved image processing algorithms, achieving a 20x reduction in processing time with parallel HPC workflows. Designed a user-friendly GUI for microscopy image processing, enhancing data interpretation with advanced models. Collaborated with biologists to analyze microscopy data, integrating image processing and statistical methods to improve accuracy in biological insights. Research Assistant, Loh Lab, Centre for Quantum Technologies, Singapore (Jan 2019 - Sep 2020) Supervisor: Prof. Huanqian Loh Reconditioned and repurposed existing laser systems, exceeding manufacturer specifications in power and beam shape. Reduced laser system power drift from 30% to 2% by optimizing optomechanical parts and implementing feedback loops. Designed advanced control systems for laser systems, including FPGA-based ADC/DAC PCBs for improved speed. Developed high voltage amplifier designs and integrated data logging systems, automating experimental operations. Undergraduate Researcher, Institute of Bioengineering & Nanotechnology, Singapore (Jul 2017 - Dec 2017) Supervisor: Dr. Nadjad Abdul Rahim Worked on the development of a microfluidic device for the detection of circulating tumor cells. Worked on algorithms for image detection and qualitative analysis. Currently a start-up company, Cellbae.