Nicholas Hsu【HSU, SHAO-SHUN】 Proprietary Trading Experience: I have experience in proprietary trading and have consistently achieved profits in volatile markets by maintaining a humble attitude. Semiconductor Hardware and Software Experience: With a background in science and engineering, I have developed trading models with a meticulous and rigorous approach. Taipei [email protected] Education Graduate Institute of Photonics and Optoelectronics, National Taiwan University Department of Physics, National Tsing Hua University Experience Assistant Manager Quantitative Trader , MasterLink SecuritiesBy leveraging my background in physics, I conducted research on quantum computing and its potential impact on the financial
Proprietary Trading Experience: I have experience in proprietary trading and have consistently achieved profits in volatile markets by maintaining a humble attitude.
Semiconductor Hardware and Software Experience: With a background in science and engineering, I have developed trading models with a meticulous and rigorous approach.
By leveraging my background in physics, I conducted research on quantum computing and its potential impact on the financial industry. I applied the characteristics of futures to optical models.
Developed visual reports, maintained data, and supported strategic initiatives in VBA. Built databases and a backtesting system for futures/options analysis.
Participating in BQuant Hackathon(python); 1st in simulated trading competition
Responsibilities include maintaining a public fund pool of 1 billion and a quantitative and subjective personal fund pool of 35 million.
Trainee, Vocational Training Bureau Programming Learning Institution
2017 - 2018
JAVA: OOC, construct MySQL databases for a community member project.
Python: Basic program flow control and foundational syntax knowledge.
Android: Developed a simple app using JAVA syntax and designed layouts.
C++(Arduino): Designed hardware control applications using circuit boards.
R: Studied data processing and statistical applications at NTU
HWRD, Wistron Corporation
2014 - 2016
Actively researching wireless charging theories and biovision models.
Computer circuit design, system functionality verification, and debugging
Photo Lithography P.E., TSMC
2013 - 2014
Conducting analysis to ensure the improvement of wafer yield.
Optimizing parameters in order to enhance the yield rate.
Maintaining close communication with both R&D teams and production lines
Proprietary Trading Experience: I have experience in proprietary trading and have consistently achieved profits in volatile markets by maintaining a humble attitude.
Semiconductor Hardware and Software Experience: With a background in science and engineering, I have developed trading models with a meticulous and rigorous approach.
By leveraging my background in physics, I conducted research on quantum computing and its potential impact on the financial industry. I applied the characteristics of futures to optical models.
Developed visual reports, maintained data, and supported strategic initiatives in VBA. Built databases and a backtesting system for futures/options analysis.
Participating in BQuant Hackathon(python); 1st in simulated trading competition
Responsibilities include maintaining a public fund pool of 1 billion and a quantitative and subjective personal fund pool of 35 million.
Trainee, Vocational Training Bureau Programming Learning Institution
2017 - 2018
JAVA: OOC, construct MySQL databases for a community member project.
Python: Basic program flow control and foundational syntax knowledge.
Android: Developed a simple app using JAVA syntax and designed layouts.
C++(Arduino): Designed hardware control applications using circuit boards.
R: Studied data processing and statistical applications at NTU
HWRD, Wistron Corporation
2014 - 2016
Actively researching wireless charging theories and biovision models.
Computer circuit design, system functionality verification, and debugging
Photo Lithography P.E., TSMC
2013 - 2014
Conducting analysis to ensure the improvement of wafer yield.
Optimizing parameters in order to enhance the yield rate.
Maintaining close communication with both R&D teams and production lines