Dynamic and results-oriented professional with a proven track record at the Chinese Academy of Sciences, where I leveraged SQL Server and Python to enhance data analysis and user experience. Skilled in streamlining processes and improving customer satisfaction, I excel in applying a strong understanding of programming languages like python, C, and customer journeys to drive project success.
Second Prize in the “MathorCup” National Undergraduate Mathematical Modeling Challenge April 2021
• Using mathematical methods and physical formulas, we find the functional relationship between container size, server heat generation, and the maximum number of IU servers that can be accommodated.
• We explore improving heat dissipation capabilities, study various materials, and use the AHP method to evaluate their thermal conductivity, corrosion resistance, cost, and identify the best container shell material.
Second Prize in the “MathorCup” National Undergraduate Mathematical Modeling Challenge April 2021
• Using mathematical methods and physical formulas, we find the functional relationship between container size, server heat generation, and the maximum number of IU servers that can be accommodated.
• We explore improving heat dissipation capabilities, study various materials, and use the AHP method to evaluate their thermal conductivity, corrosion resistance, cost, and identify the best container shell material.