Britney Tran Email & Phone Number

Kent, Wa, Us

Kent, Wa, Us

- Utilizing initial concepts and requirements to produce a space radiator design via thermal analysis (AFT Fathom and Thermal Desktop), MATLAB codes, excel and hand calculations - Designing a subscale 20ft length space radiator with >60 thermocouples and pressure transducers with data logging capability. Other tests include a hydraulic test stand and a cyclic fatigue test stand. Other active thermal control systems include the evaporator and coldplates.- Responsible for post processing data and documenting design, analysis, and results in the thermal handbook. Includes data documentation and company release processes in Windchill- Generating complex CAD models, assemblies, drawings, and libraries of test hardware in Creo- Collaborating across functional teams to review design, author test procedures, test matrices, and engineering work instructions (installation and assembly)

Kent, Wa, Us

- Owned the complete design cycle (includes gated reviews, verification, validation, activation, and project management) of a hydraulic cart and delivered the cart 3 weeks ahead of need date - Took on senior engineer’s role during transition for 2 high value facility projects worth over $2 million while still maintaining schedule for final design review. - Collaborated across company sites to support development of an additive manufacturing process for a calorimeter test rig that assesses injector stability to reduce the risk of the engine/engine test ($200,000 value/per test)- Designed an initial test fixture for agility thrusters within a week to prevent a major company milestone from a schedule miss- Gained knowledge in ground systems development for fluid P&IDs, heat exchangers, pumps, tanks, cryogenics, and various commodities (Methane, Hydrogen, Nitrogen, and Oxygen)

Charlotte, North Carolina, Us

- Published three papers in scientific literature to document all calculations, models, and key results on H2 research - Established test procedures and executed test campaigns for 16 injectors (688 test points) to match theoretical results with 95% accuracy within a year. Self-designed the test stand with data logging features (transducers and thermocouples) and mechanical instrumentation (pressure gauges, flowmeters, heaters, etc.). - Created statistical and chemical reactor models and validated models with test data to predict emissions within 70% accuracy using Design of Experiments (DOE), CHEMKIN, ANSYS, and SOLIDWORKS for geometry.

Master Of Science In Mechanical And Aerospace Engineering, Thermal And Transport Sciences

Bachelor Of Science, Mechanical Engineering

Education record