Nixon Yang

Experience

• 

  Raffles Medical Group

  Apr 2021 - Jul 2021

  Vaccinator

  Communicated clearly and precisely to gain trust and provide assurance to patience. Facilitated and regulated crowds during peak periods, successfully managing thousands of patients in a day.

• 

  National University of Singapore, Faculty of Science

  Apr 2021 - Jun 2021

  Center of Advanced 2D Materials

  - Played a pivotal role in analyzing the luminous decomposition of molybdenum disulfide (MoS2) mixtures, focusing on their potential applications in microchips.- Utilized laser technology for decomposition procedures, coupled with microscopy and Raman Spectroscopy techniques for comprehensive analysis, contributing to the understanding and optimization of material properties for advanced technological applications.

• 

  Center for Quantum Technologies

  May 2022 - Jul 2022

  Center for Quantum Technologies: Atomic Clock Research

  Involvement in atomic clock project.- Contributed to an atomic clock project by spearheading the stabilization of cavity temperature through the design of a custom PCB utilizing Eagle software, integrating multiple temperature sensors for precision control.- Efficiently organized and executed experiments on temperature sensors, employing advanced data collection and analysis techniques utilizing Microsoft Excel.- Conducted in-depth analysis on path length stabilization and frequency chirp effects for acousto-optic modulators (AOM) utilizing Python's Matplotlib library, providing valuable insights crucial for project advancement. Show less

• 

  Aliena Pte Ltd

  May 2023 - Jul 2023

  Space Systems Engineer Intern

  Contributed to the advancement of field emission neutralizers (FEN) utilizing carbon nanotubes for hall effect thrusters:- Facilitated the assembly and conducted comprehensive performance evaluations of FEN prototypes.- Analyzed and characterized various factors impacting the current output and efficiency of FEN, employing rigorous testing methodologies.- Collaborated on implementing enhancements to optimize the current output and efficiency of FEN, driving continuous improvement initiatives. Show less

• 

  Center for Quantum Technologies

  Jan 2024 - Apr 2024

  Center for Quantum Technologies: Superconducting Microwave Circuits Research

  Developed a robust simulation model for the superconducting pick-up loop, poised for rigorous testing, laying the groundwork for further advancements in bosonic circuit quantum electrodynamics research for quantum computations.- Utilized Maxwell and HFSS software to simulate complex models, encompassing magnetic coils, waveguides, superconducting qubits, and cavities, facilitating extensive testing for the implementation of a superconducting pick-up loop to introduce flux tunability to bosonic circuit quantum electrodynamics.- Conducted thorough analysis and characterization of multiple parameter sweeps performed through simulations, ensuring comprehensive understanding and optimization of system performance. Show less

• 

  Center for Advanced 2D materials

  Aug 2024 - now

  Center for Advanced 2D materials: 2D dilute magnetic semiconductor research

  Worked on investigating Magnetism in Cr-Doped WSe₂. These contributions advanced research on 2D dilute magnetic semiconductors, supporting their potential in spintronics and quantum technologies.- Designed and fabricated 2D field-effect transistors (FETs) for electronic transport measurements, ensuring precise characterization of charge carrier behavior and electrostatic gating effects.- Conducted magneto-optical measurements (MOKE, MCD) with cryostat integration to probe ferromagnetism in Cr-doped WSe₂, contributing to the understanding of tunable magnetism in 2D materials.- Performed optical spectroscopy (Differential Reflectance) to analyze band structure and band gap variations, correlating electronic and magnetic properties.- Independently analyzed and consolidated multiple experimental datasets across electronic, optical, and magnetic measurements, extracting key material insights with minimal supervision. Show less