• Utilized statistical analysis techniques on legacy GE and CFM engines to develop a robust regression model, resulting in a 250% improvement in the accuracy of predicted high-pressure compressor blade weights for new engines• Applied lean principles to design and implement a streamlined data collection framework for engine cross-section dimensions, achieving an 85% reduction of pre-processing time • Performed feasibility analyses and trade studies to drive continuous improvement initiatives for the LEAP-1B engine

• Planned and executed full-speed RCA tests on 7HA.02 and 7HA.03 gas turbines by working with a team of 5 field engineers in sensor setup and disassembly, DAQ configuration, and signal monitoring• Conducted heat transfer and flow tests on six instrumentation wire sealant methods, resulting in a reduction of turbine pressure leakage of over 95%• Managed a team of three consultants to install instrumentation at optimal locations of turbine casings, rotors, and combustor chambers according to design specifications• Designed and implemented a vortex cooling system to cool strain bridge adapter cards by over 80 degrees F in a field gas turbine compartment

• Utilized SolidWorks CAD and CAM to design and simulate mechanical and structural parts of our solar-powered vehicle while aligning with sustainability guidelines• Operated both additive and subtractive machinery to manufacture parts such as control arms, jigs, hubs, and brackets, reducing production cost by over 10%• Assessed and optimized assembly functionality by conducting tolerance stack-up analyses• Pitched improvements to the design of the car to other team members and implemented their feedback

• Fabricated a high-precision pneumatic system to control a microfluidic device that was used to create functional nanomachines (synthetic cells) with environmental and engineering applications• Designed and rapid-prototyped parts using LFS 3D printing, saving over $1,000 in product costs• Programmed a logic controller and analog devices for autonomous control of the microfluidic system• Conducted experiments and collected data on the efficiency of the pneumatic system and its ability to effectively control microfluidic flow

• Instructed students in math concepts ranging from 1st Grade to Calculus by assessing gaps in knowledge and compiling personalized learning plans• Facilitated the transition of over 50 students to an online learning environment during Summer 2020• Trained 6 new instructors about the expectations and protocols of the center and about teaching techniques that ensure long-term retention for students• Maintained strong communication with students' guardians to tailor instruction to each student's learning style

• Contributed to the planning and execution of annual SuperConferences in Dallas (2016), Los Angeles (2017), Atlanta (2018), and Orlando (2019)• Liaised between banquet staff and the CPA Marketing Genius team to ensure the satisfaction of attendees and sponsors• Organized the acquisition of testimonials from attendees