Yiling Y. Email & Phone Number

Pasadena, CA, US

• Commissioning efforts of an $50M Naval Air Base project includes 2 Hangars, Integration Lab, & Air Operations Tower, in Ridgecrest CA.
• Established an interactive database to enhance efficiency in tracking and organizing communication threads across five facilities
• Managed change orders and liaised with external vendors to swiftly resolve any issues arising during startup processes
• Collaborated closely with the general contractor, BIM team and field foremen to ensure timely completion of commissioning efforts

Pasadena, CA, US

Pasadena, CA, US

• Delivery of engineering services from conceptual design through construction completion of HVAC and other contract services.
• Conduct pressure loss calculations, thermal analysis with Trane Trace, and produce duct & piping layouts for cost and energy efficient system designs
• Utilize Revit, AutoCAD, and Navisworks to produce and integrate 2D/3D modeling of HVAC systems into mechanical packages for permitting and construction
• Coordination with various business units including Project Management, Detailers, Vendors, and Superintendents on mechanical design
• Achieved an 88% decrease in Engineering costs during the assessment of humidity control failure for a biomedical client

Santa Barbara, CA, US

Conducted in person research and experiments on University of California, Santa Barbara campus in the Yeung Lab, to understand how encapsulating lignocellulosic compounds in varying hydrogel geometries affects the rate of attack of distinct bacterial species (Pseudomonas fluorescens, Pseudomonas putida, Vibrio natriegens, E coli Nissle). The geometries.

Santa Barbara, CA, US

• Publication: “Reactive Crystallization in HfO2 Exposed to Molten Silicates,” Journal of the European Ceramic Society, Sep 2021.
• Researched dynamics of molten silicate interactions with thermal barrier oxides (TBO) to increase the efficiency of gas turbineengines
• Prepared and analyzed test samples with a scanning electron microscope (SEM) in search of an existing or novel thermal barrieroxide that can prevent gas turbine engine failure at target temperatures of 1300 degrees.
• Machined custom sample vessels for further analysis using diamond saws, lathes, and other laboratory equipment
• Analyze 50+ test samples by operating scanning electron microscope (SEM) independently in search of an existing or novel thermal barrier oxide that can prevent gas turbine engine failure at high operating temperatures