Silin Chen Email & Phone Number

•Established and managed a cross-institutional collaboration platform, enhancing resource sharing and streamlining future projects by creating efficient templates.•Improved interdisciplinary communication by providing team members with well-organized, project-specific terminology.•Delivered 6 influential reports on advanced rare earth metallurgy technologies for partner companies, driven by thorough research and analysis.

•Drove high productivity by successfully generated valuable data sets for quantitative analysis of hydrogen embrittlement effect on pipeline steel.•Planned and executed systematic electrolytical hydrogen charging experiments and conducted fractographic analysis, fracture toughness and LECO tests of various grades of steels.•Streamlined workflow by developing an Excel data visualization template and delivering precise machining work requests using AutoCAD•Contributed valuable insights for decision-making by providing comprehensive data analysis and technical report through cross-departmental collaboration•Optimized project efficiency and safety by timely attention to the procurement and maintenance of laboratory supplies and equipment

•Developed novel efficient dopants for the fabrication of high-performance polypyrrole (PPy), and synthesized promising composite materials for supercapacitors•Undertook project development through project initiation, design, implementation, and optimization•Effectively processed and analyzed complex datasets with Excel to draw conclusions by utilizing electrochemistry expertise for data visualization•Published 2 papers as the first author in prestigious journals and delivered presentations to both technical and non-technical audiences

•Developed novel 3D NiFe bimetallic transition-metal phosphide (TMP) electrocatalyst materials for water electrolysis applications by optimizing materials components and experimental procedures•Successfully explained the catalytic mechanisms of the materials by interpreting data from performance tests and characterization results

•Proposed a two-step process method to fabricate transition metal sulfide intercalated graphite compound anode material for Sodium-ion batteries, maintaining a layered structure and overcoming intercalation challenges•Optimized materials components to improve the mixing and coating homogeneity•Ensured reliable testing outcomes by leading team members to optimize experimental processes for materials fabrication and battery assembly•Achieved provincial-level nomination for project proposal defense

Master'S Degree, Materials Science And Engineering

Bachelor Of Engineering - Be, Materials Science And Engineering