Control Engineering Laboratory, by Professor Ryozo Nagamune.1. Modeled the thermodynamics of an Integrated Solar Thermal System (ISTS) using non-linear differential equations in Simulink, achieving a mean absolute error of 0.6 °C.2. Processed data from 15 sensors across 30 experiments in MATLAB to fit and validate model parameters.

1. Led labs and tutorials for an analog circuits and software course for engineering instrumentation.2. Debugged analog circuits and C# programs for over 70 students.

Multi-scale Laboratory, by Professor Ma Hongshen.1. Investigated the effect of TNF-alpha cytokine on MDA-MB-231 breast cancer single-cell motility. 2. Utilized Python Tkinter and OpenCV libraries to process fluorescence microscopy images and perform cell segmentation.

1. Compiled an improvement report for a company-wide IATF16949 external QMS audit, contributing to the company's successful 3-year certification.2. Liaised with 8 plant managers in the Asian Pacific region to collect quality data, while automating the generation of quality metrics reports using Visual Basic (Excel) and Power BI.3. Demonstrated strong adaptability to an international multi-lingual work environment.

1. Delegated design tasks to team members and worked with other team leads to establish the final submarine design and assembly for competition2. Generated CAD models and engineering drawings of machine components for manufacturing3. Lathed and milled aluminum end caps for a buoyancy compensation device in accordance with drawings specifications4. Performed over 50 hours of composite work (fiber glassing, sanding, and applying auto body filler) to secure components and apply smooth surface finishes to the hull5. Completed 10 funding applications to secure over $30,000 of design team budget for sub teams6. Managed manufacturing and competition budgets to oversee the financial situation of the team

1. Performed Root Cause Analyses (RCAs) of ball mills and cyclones to provide recommendations for equipment maintenance and operation, mitigating 70 hours of annual mill downtime2. Designed a predictive pump lifecycle model in Excel to assist the maintenance decision-making processes, increasing equipment availability by 10%3. Completed CAD models and structural design drawings for various plant improvement projects4. Facilitated cost-benefit analyses to determine the feasibility of financial expenditures5. Automated crusher availability KPIs with SQL and Query data pull from the plant analysis software6. Delivered weekly mill KPI reports and presented project updates to the senior management team7. Generated an electronic archive system for over 20,000 drawings to enhance engineering productivity