Qinying (Ying) Y.
About Qinying (Ying) Y.
Qinying (Ying) Y. is a Structural Engineer at Arup with a background in Civil Engineering from Delft University of Technology, University of Melbourne, and The University of Auckland.
Title
Qinying (Ying) Y. is a Structural Engineer currently working at Arup.
Education and Expertise
Qinying (Ying) Y. has a strong educational background in Civil Engineering. She studied at Delft University of Technology on an exchange program in 2018, University of Melbourne where she completed her Master of Engineering (MEng) in 2018 and her Bachelor of Science (B.S.) in 2016, and The University of Auckland on an exchange program in 2017. Additionally, she attended Glenunga International High School in South Australia, achieving an ATAR of 99.95 and an International Baccalaureate Diploma with a score of 43/45.
Projects at Arup
Qinying (Ying) Y. has been involved in numerous projects at Arup. She participated in the detailed design phase for a café with a plant platform, tensioned mesh screens, and L-shaped awnings on the Melbourne Metro project. She also worked on the concept-level design of steel portal frames for confidential datacentres and assisted in the tender package for a pedestrian bridge and related infrastructure, including performing footfall vibration analysis.
Specialized Design Work
Qinying (Ying) Y. has displayed versatility and specialization in various civil engineering domains. She completed steel designs for small-scale temporary installations for the PHOTO 2020 Festival and contributed to the SEEK Headquarter Office Fit-out by designing operable wall beams and locker support framing. She also checked the flat slab of a 7-level deep basement for the Australian Catholic University.
Technical Assessments and Analysis
Qinying (Ying) Y. has conducted advanced technical assessments in her role at Arup. She assessed blast loading requirements for station structural elements and facade elements of Melbourne Metro Stations. This work involved using non-linear dynamic transient analysis and Computational Fluid Dynamics (CFD) programs to ensure structural integrity and safety.