Biomedical Hardware & Optical Research
Rank 1
First-class honours graduate from the University of Queensland, integrating advanced optical research with low-power embedded hardware design and precise, bilingual mathematics instruction.
Graduated top of the Biomedical Engineering major cohort at the University of Queensland.
Point-of-Care Diagnostics
Developing portable, non-invasive diagnostic systems. By combining multi-spectral optical sensors with custom analog front-ends, we translate laboratory physics into functional, patient-ready medical devices.
Spectrophotometric Analysis
An embedded device measuring urinary uric acid and creatinine simultaneously using multi-wavelength Near-Infrared LED spectrophotometers.
Award-Winning Prototype
Third-place global device isolating uric acid via characteristic UVB absorption, establishing the foundation for portable gout monitoring.
First-Principles Tutoring
Providing conceptually rigorous coaching for university and high-achieving secondary students. Instruction focuses on building a deep physical intuition for the mathematical frameworks governing modern engineering.
Bilingual Rigour
Translating complex mathematical derivations and physical intuition into clear, structured concepts.
Core Engineering Disciplines
Targeted coaching in digital signal processing, analogue circuit design, and microcontroller architectures, informed by exchange studies at TU Delft.
Engineering Collaboration
Whether you are looking to accelerate a biophotonics R&D pipeline, design a custom PCB prototype, or master advanced engineering mathematics, let's discuss how we can collaborate.