Relevant coursework: machine learning for physicists and quantum optics

Built a pulse modulation system using 4f optics, programmable components, and precision motor control

Conducting my master’s thesis in the Laser Physics Dept. under the supervision of Dr. Bentine

Title: Reducing motion artefacts in optical saturation measurements

Full scholarship from the Sheffield CF Facility covering the university fees, accommodation and food

Comprehensive foundation in theoretical and experimental physics: quantum mechanics and optics

Embedded training in data analysis and numerical methods, along with a dedicated computer science lecture

Built and analyzed a quantum optics experiment on electromagnetically induced transparency (EIT)

Advanced courses in mathematics and art; Honours Program: How Do We Build Tomorrow?

Predicted laser-plasma interactions of EUV systems by developing machine learning in Databricks

Built a Grafana dashboard for real-time high-frequency EUV source KPIs

Performed measurements and Python analysis on nanoscale zero-index metawaveguides

Presented research at universities in Beijing and Guangzhou

Teaching assistant for Prof. Ensslin in the course Physics I

Awarded by student association for the best assistant: VMP Assistant Award

Worked on the facade of a four-story apartment building, now under construction on Al-Wash Street

Emphasize on strong communication between the engineers and developers

Atomic and Laser Physics Dept., Dr. Elliot Bentine

Designed a sensor interface to reduce motion artefacts in optical oxygen measurements (>$3.5B pulse oximetry market)

Built and tested an optical measurement setup (calibration, alignment, repeatability) and implemented Monte Carlo simulations in Python and microcontroller control in C

Optical Nanomaterial Group, Prof. Rachel Grange

Designed and built pulse stretcher and dispersion compressor in a 4f-system for a Ti:Sapphire laser

Programmed motorized iris control and quantified chirp from fiber-coupled delay lines, and combined optics, feedback systems, and physical interface design to shape light dynamically

Speculative skyscraper concept on urban vertical futures

Awarded for design thinking, presentation quality, and urban systems innovation; Concept exhibited at the Stadtmuseum Düsseldorf and featured in a regional competition