• Help students develop and apply modeling, analytical, and managerial skills to improve service and manufacturing firm operation• Advise 3 graduate student teams on consulting projects to enhance operations and profitability for sponsor firms in finance, supply chain, data science, and non-profit sectors

• Spearheaded team of 5 under MathWorks mentorship to strategically optimize portfolios within S&P500 universe through completeend-to-end analysis with consideration for ESG factors (Refinitiv Eikon & Bloomberg)• Proposed 4 investment strategies with 15% better performance than baseline for stakeholders, based on risk and diversification levels through Herfindahl-Hirschman Index with additional penalties on low ESG and Maximum Diversified Portfolio (MATLAB)• Delivered visual dashboard of S&P500 industry trends and attempted to forecast potential trends (SQL & Python)• Created backtesting engine to rebalance every 2 months with rolling look back window of at most 6 months to evaluate performance

• Incorporated project management skills to orchestrate cross-team communication for Space System Design Capstone Project• Featured as speaker for the Aerospace Department’s Brown Bag Lecture on the topic of the requirements engineering focused application of MBSE on an unmanned lunar mission to categorize the lunar exosphere dust composition• Reconstructed model of NASA’s Apollo Command & Service Module propulsion system on the team’s server collaboratively with 4 other researchers, achieving above 90% accuracy when initialized with actual mission parameters (MagicDraw & MATLAB)

PW1500G Geared Turbo Fan Team, Mentor: Brandon Grove• Enforced compliance of FAA Airworthiness Directive to maintain PW1500G fleet airworthiness with project to update high pressure compressor front hub life limits (25000 to 8000 cycles) & track manufacture date• Issued project resulting in $150,000 cost savings through upgrading the internal fuel filter on all PW1500G low pressure compressor stator vane actuators (78 units) to prevent clogging, nullifying existing maintenance programs• Participated in line repair mockups for workcard verification and inspectionAuxiliary Power Unit Team, Mentor: Kurt Lohmueller• Conducted data analysis of Auxiliary Power Unit (APU) removal data from 2012-2018 for trend and Pareto analysis and identified top 6 causes for APU-induced aircraft out of service• Eliminated 25% of nuisance messages through reevaluation of oil consumption limits for auxiliary power unit monitoring software due to erroneous flagging of unusually high oil consumption (Excel & Python)• Prototyped access door gasket repair (SolidWorks) for B717 aircraft fleet to reduce 30% of occurrences of smoke and odor in cabin caused by auxiliary power unit turbine oil and hydraulic fuel ingestion• Assisted in full teardowns of Honeywell 331-350 and 131-9B APUs• Authored Maintenance Document Change Requests and Engineering Repair Authorizations referencing service bulletins from Honeywell and Pratt & Whitney

Energy Systems Subteam, Supervisors: Dr. John Hankinson & Dr. Paula Gomez• Quantified 10% increased graphene solar cell power output under Martian conditions via I-V curve trend testing (LabVIEW) • Spearheaded mini-wind tunnel project and scratch-built Arduino-actuated (C++) triboelectric power cell testing tunnel

Indoor Drone Localization Project, Supervisor: Dr. Youngjun Choi• Established array of Vicon Bonita motion capture cameras for indoors localization (Vicon Tracker & Vicon SDK)• Streamlined data-stream for CrazyFlie 2.0 drone autonomous control, enabling position hold & waypoint finding (MATLAB)• Collected drone camera image data for Optical Character Recognition training dataset

Office of Naval Research Electric Ship Project, Supervisor: Dr. Michael Balchanos• Created data-parsing function for Smart Ship Systems Design (S3D) with Matlab for ship performance parameters and energy utilization• Analyzed and optimized electric and thermal subsystem interactions on modelled Navy battleship simulations